Resto Corporation is a family owned insurance service company performing emergency water &amp; fire damage mitigation services and construction repair, licensed in New Jersey, New York, Pennsylvania and Connecticut. We have built an outstanding reputation with performance and dedication to being ...

Resto Corp | Emergency Water & Fire Damage Mitigation & Repair

Resto Corporation | 69 followers on LinkedIn. Insurance Restoration Specialists Family owned since 1979 RESTO Corporation is a family owned insurance restoration contractor. We specialize in water &amp; fire damage mitigation services and construction repair, licensed in New Jersey, New York, and ...

Resto Corporation | LinkedIn

Resto Corporation is a family-owned insurance restoration company specializing in fire water damage, mitigation and restoration.We have built an outstanding rep

Resto Corp. of Chestnut Ridge, NY | Reviews from GuildQuality ...

People use Yelp to search for everything from the city&#x27;s tastiest burger to the most renowned cardiologist. What will you uncover in your neighborhood?

RESTO CORPORATION - Request a Quote

He informed me that his company RESTO CORP could do the work and that since he had done the appraisal if there was anything that he missed and needed to be added he could just provide an addendum to the quote and Liberty Mutual would cover it. He was a very engaging and convincing person and ...

RESTO CORP Reviews - Spring Valley, NY | Angi

Resto | 267 followers on LinkedIn. Take your restaurant further | We provide restaurants with the technology and the tools they need to grow.

Resto | LinkedIn

Resto Corporation is a family-owned insurance restoration company specializing in fire water damage, mitigation and restoration. We have built an outstanding reputation with performance and dedication to being the best in the insurance restoration field. Our professional office staff, executives ...

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Resto Italia produce macchine per ristorazione: forni elettrici e a gas, impastatrici , stendipizza, tagliaverdure professionali e di ottima qualità

COMPANY - Resto Italia - Produzione Macchine Alimentari

Resto-in is the leading premium food delivery company in Europe.

Resto-in - Crunchbase Company Profile & Funding

Rest co. - A boutique hotel in the Catskills with a hot pool restaurant and bar

Rest Co.

General contractors providing structural restoration, parking garage repair, waterproofing, historic restoration, roof coatings, carbon fiber strengthening, post tension cable repairs, fire proofing and concrete floor coatings as well as a variety of other repair and restoration services. Our employ

Restocon

You’re on our corporate website. This is where you can find out more about our brands · Come join something big. We are looking for the best talent in the world and offer incredible opportunities for your career growth

Corporate Profile | Restaurant Brands International ™

The Restaurant Company has revolutionized restaurant consulting. Create your own packages. 3 mins to get an instant online quote. Restaurant Menu Development, Restaurant Startup, Restaurant Bookkeeping, Management, Restaurant Turnaround, Branding, Assessment, Marketing, Business Plan

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Resto Corp. has 1 locations, listed below. *This company may be headquartered in or have additional locations in another country. Please click on the country abbreviation in the search box below to change to a different country location.

Resto Corp. | Better Business Bureau® Profile

It&#x27;s our business to grow yours! Own your market with leading B2B contact data combined with sales intelligence, engagement software, and workflow tools.

Resto - Overview, News & Competitors

The reference to find your restaurant in Belgium. Read more than 250.000 reviews on more than 17.500 partner restaurants

Resto.fr: discover and book the best restaurants in Belgium

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We are dedicated to restoration and preservation of 1979-93 Fox-Body Mustangs. We sell new, reproduction Fox parts, with a focus on stock restoration. We are also committed to building a strong Fox community through our all-Fox shows, Foxtoberfest and The Chocolate Fox.

Fox Mustang Restoration

Restoration Services The qualified staff at Hill’s Automotive are here to fulfill all of your restoration needs by offering quality new and used parts, award-winning restoration and qualified technical support.

Hills Automotive | Racine, OH

Resto

Microsoft's Azure provides many services via a single cloud, which lets them offer one solution for multiple corporate infrastructures. Development teams often use Azure because they value the opportunity to run SQL databases in the cloud and complete simple operations via the Azure portal. But you'll need to have a way to back up your data, as it's crucial to ensure the functionality of the production site and the stability of everyday workflows. So creating Azure SQL backups can help you and your team avoid data loss emergencies and have the shortest possible downtime while maintaining control over the infrastructure. Another reason to have a current Azure database backup is Microsoft’s policy. uses the shared responsibility model, which makes the user responsible for data integrity and recovery while Microsoft only ensures the availability of its services. Microsoft directly recommends using third-party solutions to create database backups. Microsoft In case you run a local SQL Server, you'll need to prepare for the possibility of hardware failures that may result in data loss and downtime. An SQL database on Azure helps mitigate that risk, although it's still prone to human errors or cloud-specific threats like malware. These and other threats make enabling Azure SQL database backups necessary for any organization using Microsoft’s service to manage and process data. In this tutorial, you'll learn about backing up Azure databases and restoring your data on demand with native instruments provided by Microsoft, including methods like: Built-in Azure database backup functionality Cloud archiving Secondary database and table management Linked server Stretch Database Why Backup Your SQL Azure Database? Although I covered this briefly in the intro, there are many reasons to back up your SQL Azure database data. Disaster Recovery Data centers can be damaged or destroyed by planned cyberattacks, random malware infiltration ( to discover more on ransomware protection), and natural disasters like floods or hurricanes, among others. Backups can be used to swiftly recover data and restore operations after various disaster cases. check out this article Data Loss Prevention Data corruption, hardware failure, and accidental or malicious deletion lead to data loss and can threaten an organization. Backup workflows set up to run regularly mean you can quickly recover the data that was lost or corrupted. Compliance and Regulations Compliance requirements and legislative regulations can be severe regardless of your organization’s industry. Mostly, laws require you to keep up with security and perform regular backups for compliance. Testing and Development You can use backups to create Azure database copies for development, troubleshooting, or testing. Thus, you can fix, develop, or improve your organization’s workflows without involving the production environment. How to Back Up Your Azure SQL Database Backing up your Azure SQL database can be challenging if you go through the process without preparation. So that's why I wrote this guide – to help you be prepared. Here's what we'll cover in the following sections: Requirements for SQL Azure database backup How to configure database backups in Azure with native tools Cloud archiving Backup verification and data restoration SQL Azure Database Backup Requirements Before backing up your SQL Azure databases, you need to create and configure Azure storage. Before you do that, you'll need to go through the following steps: First, open the Azure management portal and find . Then, go to > . Provide the information, including the location and names of a storage account and resource group according to your preferences. After you enter the information, hit . Create a Resource Storage Storage account Next Then go to the advanced section for additional settings. The optimal choice is to set _"_Secure transfer required" as and "Allow access" from networks. For more resilience in case of human error, you can set "Blob soft delete" as . With that setting, you can quickly correct accidental deletions in the storage account. Enabled All Enabled After that, specify the tags you need to simplify navigating through your infrastructure. Check the settings once more. If everything is configured correctly, hit . Your new storage account is now created. Create Once the storage volume is created, it's time to configure a backup data storage container. Go to the storage account, find , then hit the tab there. After that, specify a name for the new container and switch Public access level to . Containers + Container Private (no anonymous access) You can then use the container as a backup storage (.bak files will be stored there in that case). Azure Database Backup Configuration Now, everything is set up for you to back up your SQL Azure database. Do the following to create a database backup: First, go to , and establish a connection with the SQL server. After that, right-click the database that should be backed up. The context menu appears, so go to there. SQL Management Studio Tasks Then hit . Back Up… Then find the Destination tab, and set there. After that, hit . Back up to line to URL New container Next, sign in to Azure. Pick the container you created before. Provide your credentials, then hit . OK You’ll see a message asking you to sign in to Azure subscription. Then, choose the container and hit . OK Now, you'll see the configured backup destination URL listed. To start the workflow to back up your Azure data, hit once again. OK When your SQL Azure database backup is completed, the message shows up: " ." The backup of database ‘your database name’ completed successfully The backup file in the target container should now be visible from the Azure portal. Keep in mind that, when uploading backups to any cloud storage, you may face issues if your network connection is not fast enough. In case that’s true for you, you can reorganize your backup workflows: send backup data to a physical storage drive first, and then send another copy to the cloud. Thus, you can prevent operational challenges that might appear due to network bandwidth deficiency. Cloud Archiving for Azure Database Backups Databases tend to grow in volume as the organization grows. This means that the storage space required to fit the data and that the data's backup increases significantly. Also, the original data volume prolongs the duration of full backup workflows, posing another challenge. Of course, the first way to get more storage space is to revise your data regularly and erase records that are irrelevant, outdated, or unnecessary otherwise. Still, it's sometimes difficult to determine if data will be or become unnecessary or irrelevant, especially when dealing with issues of compliance. To keep your organization compliant in any case, data archiving can help you solve two problems at once: you can ensure data accessibility on one hand, and save storage space on the other hand. To archive your SQL database in the cloud, you should first save that database copy to an Azure blob container. Then, to move a newly created blob to the archive tier in the Azure portal, do the following: Go to the required container where the SQL database is stored. Choose the blob that you need to move. Hit . Change tier 4. In the dropdown menu, choose . Access tier Archive 5. Hit . Save Additionally, the Archive storage tier is the most affordable one in Azure, meaning that you can reduce your database data TCO with it. Secondary Database and Table Management There exist several workflows that can help you set up Azure database backup archiving for your organization. When you need the data to stay in the initial database, for instance, creating a separate table and moving that data there can be your choice. However, the filegroup of that table should stay apart from the main database and be moved to a separate disk whenever possible. Most probably, you’ll want to let users access the data you send to a separate table. To make that happen, you can create a view merging the relevant tables and redirect the requests to that view, not to the original table. Doing things that way, you can keep the data accessible while dealing with maintenance faster. SQL Server Linking If you can’t move the data to another database for internal reasons such as special Azure backup policies, you can consider maintaining your primary database accordingly. Here, the outcome is likely to be that of the previous case, but you need to link the SQL servers or configure apps so they can send direct requests to your second server. The downside here is that your SQL database, which was supposed to be a backup one, becomes a production database and gains appropriate importance for an organization. There are two ways to create linked servers via SQL Server Management Studio (SSMS): (Transact-SQL) system stored procedure that creates a linked server sp_addlinkedserver SSMS GUI After you've ensured that you have appropriate access rights on both server instances you need to link, the network is configured appropriately to access them. SSMS is installed, you'll need to go through the following steps: First, open SSMS. Connect to the instance where you need to establish a linked server. Then find , then right-click . Object Explorer > Server Objects Linked Servers Pick from the dropdown: New Linked Server Then configure the server properties, including name, server type, provider, and product name: Then you'll just need to complete the security configuration, set up the server options, and complete connection testing. Original Data Deletion When you don’t need 24/7 data availability but need the data stored due to internal policies or compliance requirements, you can choose what's probably the simplest solution to increase storage space efficiency. Just back up the data that can stay unavailable and then delete the originals from the main database. Accessing any records you may need will still be possible via the backup. Stretch Database Aiming to make data management of organizations’ databases simpler, Microsoft implemented a Stretch Database feature in SQL Server 2016. With this feature, you can get an SQL backup to Azure after you send the data from the hosted database to an Azure SQL database. The method enables you to increase overall infrastructure cost-efficiency by simplifying backup workflows. To enable this workflow in your environment, develop the policy specifying the data on a hosted server to send to Azure. You don’t need to introduce any changes in applications that use the production database: SQL Server can independently get the records from the Azure SQL Database. Azure Database Backups Verification and Restoration During an SQL Azure database backup, you can choose to create such backups or without them. When the workflow is complete, I recommend you use the following command: . This command enables you to check the recoverability of backup files. WITH CHECKSUMS RESTORE VERIFYONLY To access the data, you can restore records from a backup to a different database. With Azure Automation scripts on backups, you can accelerate the restoration process, thus minimizing downtime and increasing the overall resilience of your Azure infrastructure. You need to follow only a few steps to restore an Azure SQL database to a required recovery point from a backup. Still, keep in mind that your subscription can define the available retention period which can vary from 7 to 35 days. A native tool for backup restoration to SQL servers is Server Management Studio. To Conclude The critical nature of Azure SQL database data makes Azure SQL backups obligatory for any organization that uses this Microsoft solution. In this guide, we reviewed the process of creating SQL Azure database backup using native Microsoft tools. These tools provide data backup, backup verification, and recovery functionality along with some automation. You can also implement a specialized all-in-one data protection solution, such as NAKIVO, the company where I work. It can help you make your data backup workflows more efficient.

A Comprehensive Guide for Backing Up and Restoring Azure SQL Databases

FTC v. Amazon Court Filing, retrieved on Sep 26, 2023, is part of . You can jump to any part in this filing . This part is 10 of 20. HackerNoon’s Legal PDF Series here VIOLATIONS OF THE RESTORE ONLINE SHOPPERS CONFIDENCE ACT 252. In 2010, Congress passed the Restore Online Shoppers’ Confidence Act, 15 U.S.C. §§ 8401-05, which became effective on December 29, 2010. Congress passed ROSCA because “[c]onsumer confidence is essential to the growth of online commerce. To continue its development as a marketplace, the Internet must provide consumers with clear, accurate information and give sellers an opportunity to fairly compete with one another for consumers’ business.” Section 2 of ROSCA, 15 U.S.C. § 8401. 253. Section 4 of ROSCA, 15 U.S.C. § 8403, generally prohibits charging consumers for goods or services sold in transactions effected on the Internet through a negative option feature, as that term is defined in the FTC’s Telemarketing Sales Rule (“TSR”), 16 C.F.R. § 310(w), unless the seller: (a) clearly and conspicuously discloses all material terms of the transaction before obtaining the consumer’s billing information; (b) obtains the consumer’s express informed consent before making the charge; and (c) provides simple mechanisms to stop recurring charges. See 15 U.S.C. § 8403. 254. The TSR defines a negative option feature as: “in an offer or agreement to sell or provide any goods or services, a provision under which the consumer’s silence or failure to take an affirmative action to reject goods or services or to cancel the agreement is interpreted by the seller as acceptance of the offer.” 16 C.F.R. § 310.2(w). 255. As described in Paragraphs 2 through 224, Defendant has created and manages several negative option features as defined by the TSR, 16 C.F.R. § 310.2(w), including Prime. 256. Pursuant to Section 5 of ROSCA, 15 U.S.C. § 8404(a), and Section 18(d)(3) of the FTC Act, 15 U.S.C. § 57a(d)(3), a violation of ROSCA constitutes a violation of a rule under section 18 of the FTC Act, 15 U.S.C. § 57a, and constitutes an unfair or deceptive act or practice in or affecting commerce, in violation of Section 5(a) of the FTC Act, 15 U.S.C. § 45(a). 257. Section 5(m)(1)(A) of the FTC Act, 15 U.S.C. § 45(m)(1)(A), as modified by Section 4 of the Federal Civil Penalties Inflation Adjustment Act of 1990, 28 U.S.C. § 2461, as amended, and as implemented by 16 C.F.R. § 1.98(d), authorizes this Court to award monetary civil penalties of up to $50,120 for each violation of ROSCA, 16 C.F.R. § 1.98(d). Continue Reading . Here About HackerNoon Legal PDF Series: We bring you the most important technical and insightful public domain court case filings. This court case 2:23-cv-00932 retrieved on September 28, 2023, from is part of the public domain. The court-created documents are works of the federal government, and under copyright law, are automatically placed in the public domain and may be shared without legal restriction. ftc.gov

Amazon Accused of Violating the Restore Online Shoppers Confidence Act

Amazon acusado de violar la Ley de Restauración de la Confianza de los Compradores en Línea

Amazon accusé d'avoir violé la loi sur la confiance des acheteurs en ligne

अमेज़न पर रिस्टोर ऑनलाइन शॉपर्स कॉन्फिडेंस एक्ट का उल्लंघन करने का आरोप

Amazon、オンライン買い物客の信頼回復法に違反した疑いで告発

Amazon acusada de violar a Lei de Restauração da Confiança dos Compradores Online

Amazon bị buộc tội vi phạm Đạo luật khôi phục niềm tin của người mua hàng trực tuyến

亚马逊被指控违反《恢复在线购物者信心法案》

The scale of CO2 emissions released into the air worldwide is unstoppably rising, with the carbon footprint of the most advanced and industrially intensive economies taking a toll on the local environment. As a result, people in all corners of the world are deprived of a basic right to breathe fresh air and drink clean water. These adverse trends observed in many regions have given rise to a variety of green initiatives aimed to reduce CO2 emissions, conserve natural resources, and ensure vulnerable ecosystems’ survival. Tree Planting for Climate Change Offsetting The simplest and the most effective way to combat this ecological crisis is tree planting. This initiative serves as a sequestration measure for minimizing the impact of CO2 emissions on the local communities and the environment. Tree planting has been a popular offset measure across the globe, with over 1.8 billion trees planted in 2021 only. Yet, humanity shouldn’t stop at that, as argue that a minimum of 1.2 trillion new trees are needed to revert climate change’s disastrous dynamics. climate ecologists Recently, supported by Bitkraft Foundation and Terraformation, the project (Re-climate) launched a green initiative for tree planting in the Rivne region of Ukraine. ‘ Treetrio It was an ambitious project aimed at restoring the local forests’ biodiversity and capturing the CO2 emissions released by local industrial facilities. Treetrio initiated this project as part of its far-reaching mission of attaining sustainable forest management and rejuvenating the local environment to address the harms of climate change. The project involved planting massive forest areas in four districts within a Rivne-located forestry cooperative. The joint team selected those districts to achieve the greatest impact in terms of ecosystem revival and CO2 sequestration. As a result of thorough planning, the Treetrio project covered the following areas: 🌿 Blazhivske – 21.9 hectares 🌿 Snovidovytske – 10.6 hectares 🌿 Kamyanske – 3.5 hectares 🌿 Karpilivske – 14.0 hectares The team for tree planting included 23 hired staff – 13 men and 10 women – responsible for tree placement and organizing all the processes. The project started in November 2021, with the second planting phase scheduled for March 2022 – the time when Ukraine was already under massive attacks and hostilities unleashed by Russia. However, the team’s resilience and commitment to the initial goal were unrivaled, with all the milestones completed on time. The initiative’s implementation encountered several unexpected challenges underway, with a surge in fuel prices increasing the total cost estimation of the project. As a result, the project’s budget rose by 19%, which was compensated jointly by all project participants. The planting process entailed the use of tractors, specialized team engagement, smart tree mapping with software use, and the replacement of non-germinated seedlings. Besides, the initial two-week planting session in November 2021 had to be paused because of the unfortunate weather conditions and early snowfall. The second planting phase was scheduled for March 2022, even amid the war hostilities, which reveals the team’s heroism and commitment to green initiatives and biodiversity preservation. About Treetrio Treetrio is a sustainable forest management project aimed to unify local foresters and small businesses and give each of them a fair role in biodiversity restoration in the Rivne region. Though the primary focus of tree planting initiatives is CO2 sequestration, this initiative’s impact goes far beyond this outcome, covering: Local economy stimuli Water resource conservation Forest revival Biodiversity protection Carbon sink setup Hindering the desertification dynamics in the region. As a result of pursuing a number of tree-planting initiatives in the region, Treetrio has managed to attain the following award-winning milestones: The proliferation of 12 tree species 50 hectares of new forests planted in the Rivne region 100,000 planted trees 90% of all plants’ survival rate The far-reaching goals of the Treetrio initiative cover tree management, replacement of non-viable seedlings, and tree planting for the next 45 years. To help foresters handle the project’s large scale and manage huge forest areas, the Treetrio team integrated smart software to simplify tracking and trained the involved team. Each planted tree has a mark and is conveniently tagged on the smart map, guaranteeing proper monitoring. To date, the project has been implemented by 40%, with 40,000 out of the planned 100,000 already planted. This contribution to the Rivne region’s carbon emission reduction and biodiversity enrichment is unrivaled, promising substantial gains and benefits for the local population. As this project goes on, Treetrio makes vital steps toward a greener, cleaner environment in the region and a more sustainable future for Ukraine with the unending support of all engaged parties, including 4IRE. Mitigating Climate Crisis With Blockchain & GreenFi , a Swedish-Ukrainian blockchain development company, is another example of a company that supports green initiatives for the sake of sustainable, positive ecological gains. 4IRE The team offers a unique combination of technical expertise in the digital solutions underlying Green Finance projects and domain-specific expertise in the environmental landscape for such projects. They’ve participated in several impactful GreenFi projects and offer white-label Carbon Credit Marketplace software to speed up such projects’ market entry and development. Blockchain is at the heart of many GreenFi solutions ensuring the project’s security, technical excellence, and transparency vital for the GreenFi industry. Blockchain operations rest on the principle of transaction recording into a public ledger, immutable to manipulations and decentralized for ultimate user control. Such technical execution raises user trust in GreenFi projects and attracts a larger audience of consumers and investors interested in contributing to a positive environmental change. New Projects for Treetrio and 4IRE After the inspiring success of the reforestation initiative in the Rivne region, 4IRE is planning to join hands with Treetrio in another sustainable project – post-war forest revival in the regions affected by hostilities, such as Kherson, Odesa, and Mykolaiv. The present-day preparation for this large-scale work involves compiling an expert team of forestry scholars and practitioners who will collaborate with interested investors to renew Ukrainian biodiversity. Treetrio’s prior hands-on experience in tree planting is an invaluable contribution to this ambitious plan, promising effective solutions for the unprecedented ecological problems. We are optimistic that the emergence of further green initiatives, similar to the remarkable project led by Treetrio, will play a pivotal role in shaping a more environmentally conscious and sustainable future for Ukraine. It is important that we unite our efforts and work diligently for a beautiful tomorrow in our nation.

Building a Greener Future: Restoring Biodiversity in Ukraine

If you’ve ever accidentally closed a Chrome window or a tab, you’re not alone. We’ve all been there, which can make you anxious if it was an important tab. Thankfully, Chrome has a safety net that can help you reverse this process. So, If you’re wondering how to reopen a closed tab in Chrome, whether on your Windows PC, Mac, or mobile you’re in luck. This article explains easy steps on how you can do this on your computers and mobile devices. How to Open Closed Tabs on Chrome on PCs Restoring your closed tabs isn’t too hard of a process. Whether you clicked on the wrong tab or Chrome decided to crash on its own, the steps outlined below will help you get your tabs back with ease. Use Keyboard Shortcut The easiest and quickest method to restore a Chrome tab is using the keyboard shortcut. Simply follow the steps below: Launch the Chrome browser if it’s not already open. Step 1: Hold the eys on Windows or the keys on a Mac. Step 2: Shift+Ctrl+T k Shift+cmd+T Doing this will automatically retrieve the most recently closed tabs, whether just one or multiple. However, if this doesn’t work, you can try the next solution. How to Reopen Closed Tab on Chrome Through ‘Recently Closed’ Another option you can explore if your keyboard shortcut isn’t turned on is restoring them through the recently closed option. The keyboard shortcut might not work if your computer or Chrome crashes unexpectedly. If this is the case, you don’t have to worry. The steps below are how to reopen closed tabs in chrome to retrieve your work back in no time. Start by opening Chrome. Step 1: Google Next, click ‘History’ in the top bar of your screen on a Mac. However, if you’re on a Windows PC, select the three vertical dots in the top right corner of the window screen. Step 2: From the dropdown menu provided on Windows, navigate to ‘ .’ This should open up a new drop menu. Step 3: History From the new list of options provided, you’ll see a list of your previously opened sites under the ‘ ’ section. Step 4: Recently Closed If you only want to restore one tab, click the site, and it will be automatically restored. However, if you want to recover multiple tabs, navigate to the option ‘(number) Tabs.’ Step 5: Once you select this option, it will show you the group of tabs closed together. Select ‘ ’ for Mac or ‘ ’ for Windows. Step 6: Restore All Tabs Restore Window That’s all you need to do. Your tabs will be immediately restored, and you can explore them again. This option only allows you to open closed tabs in the recent section, say up to 8 tabs. Open Closed Tabs Through Browsing History If you still don’t see the tab you want to recover under the section, all hope is not lost. You can still get your closed tab back through the history page; follow the steps below. Recently Closed You can utilize the keyboard shortcut on Windows or on Mac to open the History page on your Chrome. Alternatively, click ‘ ’ at the top of the page on Mac or click the three vertical dots on Windows and navigate to . From the options provided, click ‘History’ again to proceed. Step 1: Ctrl+H Cmd+Y History History You’ll see all the web pages you’ve visited on the new screen. If your closed tab isn’t at the top of the list, you can scroll through till you find the web page you’re looking for. Step 2: You can also search through the history page by entering the keyword into the search tab at the top. Step 3: With this method, you can recover even older browsing history that may run into weeks or months, depending on your browser history setting and how frequently you browse. that if you were browsing in incognito mode and lost your tab, Chrome will not remember them as they’re private. Note How to Restore Closed Chrome Tabs on Mobile Phones If you were browsing with Chrome on your mobile device and mistakenly closed an active tab, here is how to open closed tabs. Chrome offers a feature tagged s that displays all tabs. Here are the steps to get your closed Chrome tab back. Recent Tab recently closed First, open Chrome App on your mobile device. Step 1: Next, navigate to the ‘ ’ menu option at the top of your screen. Three vertical dots represent it. Step 2: More Navigate to the ‘ ’ from the dropdown list provided. Step 3: Recent Tabs This will open up all the recently closed sites on your Chrome; note that the Recently closed tab can only list up to 5 tabs for you to select. Step 4: Choose the website(s) you would like to reopen. Step 5: If you are signed in to your Chrome with your Google account, you can also recover tabs from Chrome on other devices into which you are signed in. So, yeah. It is possible to recover tabs from other Chrome devices. How to Reopen Closed Tab on Chrome Using Browsing History If the ‘Recent Tabs’ option doesn’t show you the tab you would like to recover, then the browsing history is your best bet. It effectively lists all the websites you’ve visited from the last history reset to the present. Follow these steps to retrieve your closed tab. Open the Chrome app on your mobile device. Step 1: Click the three vertical dots placed at the top of the menu to open the menu options. Step 2: Select the ‘ ’ option from the dropdown list. Step 3: History This would open up all your browsing history. To open the tab, navigate through and select the website link from the History list. Step 4: You can also search for the website’s name on the History Window at the top of your screen. Final Thoughts It’s easy to close a tab when browsing Google Chrome accidentally. Sometimes, your PC or the Chrome browser could crash unexpectedly, causing you to lose essential tabs. Now, with the solutions provided above, you should be able to open closed tabs in Chrome quickly and efficiently. Also, if you frequently use your browser, and want easy access to the pages you’ve been working on, even if your PC shuts down forcefully, or the browser itself, you can set your Chrome to always open from the last session. Go to . Choose, “ ” and select, “ ”. Google Chrome Settings On Startup Continue where you left off You’re welcome!

How to Reopen Closed Tab Chrome: Restore Chrome Tabs on Phone and PC 

Hardly had tranquillity been restored

In our digital era, the quality of images has gained significant importance, whether for professional photographers trying to revive old pictures, businesses aiming to enhance their product visuals, or hobbyists wanting to improve their personal collections. Enter the world of AI Image Restoration, where models like and are redefining the possibilities. These AI models enhance images, improve their quality, and breathe life into old and grainy pictures, with applications ranging from personal use to high-level professional endeavors. Real-ESRGAN SwinIR In this article, we'll delve into a comparison between the Real-ESRGAN and SwinIR models, ranked 16th and 25th respectively on . We'll explore how these models differ, what they have in common, and how we can use to discover similar models to expand our toolkit. So, let's dive right in. AIModels.fyi AIModels.fyi About the Real-ESRGAN Model The , created by , is an AI image enhancement model designed to super-resolve low-resolution images. It uses a high-order degradation modeling process, providing superior visual performance over a wide array of real datasets. Real-ESRGAN model nightmareai This model is particularly suited to restoring images that are degraded in complex and unknown ways. It utilizes a U-Net discriminator with spectral normalization, which stabilizes training dynamics and strengthens discriminator capability. The is trained purely with synthetic data, a unique approach that enables it to deal with a variety of real-world image degradation challenges. Real-ESRGAN In simpler terms, Real-ESRGAN is like a sophisticated digital magnifying glass. It takes your grainy, unclear image and transforms it into a high-resolution version, making the details pop and enhancing the overall visual quality. You can find . a full guide to this model here Understanding the Inputs and Outputs of the Real-ESRGAN Model Before using the Real-ESRGAN model, it's crucial to understand its inputs and outputs. Inputs: : This is the low-resolution image you want to enhance. image file : This is the factor by which you want to scale your image. By default, it's set to 4. scale number : This is a Boolean variable. If set to true, the model enhances the details of faces in the image. face_enhance Outputs: The model returns a URI string, which points to the location of the enhanced image. With this, we're now ready to explore the second model. About the SwinIR Model The , a creation by , is another breakthrough in the domain of AI-powered image restoration. This model employs the innovative Swin Transformer architecture to handle a variety of image restoration tasks. SwinIR model jingyunliang With a robust architecture, the SwinIR model shows excellent performance on various benchmarks and in different restoration tasks, which include everything from enhancing low-resolution images to removing artifacts and noise. The offers a versatile solution for a range of image enhancement needs. SwinIR In layman's terms, think of SwinIR as a versatile image doctor, capable of diagnosing and treating a variety of 'image illnesses'. Whether your photo is blurry, noisy, or pixelated, SwinIR can restore it to a healthier, clearer state. Understanding the Inputs and Outputs of the SwinIR To effectively use the SwinIR model, we need to understand what it requires as inputs and what it returns as outputs. Inputs: : The degraded image that needs restoration. image file Outputs: Similar to Real-ESRGAN, SwinIR returns a URI string indicating the location of the restored image. With the overviews of both models complete, it's time to compare and contrast them. Comparing and Contrasting Real-ESRGAN and SwinIR AI models like Real-ESRGAN and SwinIR share a common goal - to enhance and restore images - but they differ significantly in their methods, strengths, and best-suited scenarios. Similarities Both models offer robust solutions for image enhancement, tackling different types of degradation including low-resolution, noise, and artifacts. They employ advanced architectures (ESRGAN for Real-ESRGAN and Swin Transformer for SwinIR) that yield impressive results. Furthermore, they both output an URI string that indicates the location of the restored image. Differences Real-ESRGAN stands out with its synthetic data training approach, making it adept at handling real-world degraded images. It also includes an optional face enhancement feature, beneficial for portrait restoration. On the other hand, SwinIR is a generalist, with the Swin Transformer's flexibility allowing it to tackle a range of image restoration tasks. However, the cost per run of SwinIR is higher than that of Real-ESRGAN, and it also takes slightly longer to complete a run. So when should you use one model over the other? If you're dealing with severely degraded real-world images, especially ones with faces, Real-ESRGAN might be your best bet. But if you're facing a variety of image restoration tasks, SwinIR, with its versatile performance, might be more suitable. Taking it Further - Finding Other Image Restoration Models with AIModels.fyi AIModels.fyi is a fantastic resource for discovering AI models that cater to various creative needs, including image generation, image-to-image conversion, and much more. It's a fully searchable, filterable, tagged database of all the models on replicate, and also allows you to compare models and sort by price or explore by the creator. It's free, and it also has a digest email that will alert you when new models come out so you can try them. If you're interested in finding similar models to Real-ESRGAN and SwinIR… Step 1: Visit AIModels.fyi Head over to AIModels.fyi to begin your search for similar models. Step 2: Use the Search Bar Use the search bar at the top of the page to search for models with specific keywords, such as 'image restoration' or 'image enhancement'. This will show you a list of models related to your search query. Step 3: Filter the Results On the left side of the search results page, you'll find several filters that can help you narrow down the list of models. You can filter and sort by models by type (Image-to-Image, Text-to-Image, etc.), cost, popularity, or even specific creators. By applying these filters, you can find the models that best suit your specific needs and preferences. For example, if you're looking for an image restoration model that's the most cost-effective, you can just search and then sort by cost per run. Conclusion In this guide, we dove deep into the world of AI image restoration, focusing on two powerful models: Real-ESRGAN by nightmareai and SwinIR by jingyunliang. We compared and contrasted the two models, highlighting their strengths, differences, and ideal use cases. We also discussed how to leverage the search and filter features in to find similar models and compare their outputs, allowing us to broaden our horizons in the world of AI-powered image enhancement and restoration. AIModels.fyi I hope this guide has inspired you to explore the creative possibilities of AI and bring your imagination to life. AI is more than just a tool; it's a partner in creativity, helping us see the world in new and exciting ways. Don't forget to subscribe for more tutorials, updates on new and improved AI models, and a wealth of inspiration for your next creative project. Remember, every image tells a story, and with AI, we have the power to make those stories clearer and more vibrant. If you're curious about my thoughts and insights on AI and machine learning, follow me on . For additional guides and resources, don't forget to check out notes.aimodels.fyi. Happy image enhancing and exploring the world of AI with AIModels.fyi! Twitter Subscribe or follow me on Twitter for more content like this! Also published . here

Comparing Real-ESRGAN and SwinIR: A Deep Dive into AI Image Restoration

The Internet was born with an egalitarian vision of openness and inclusivity where its creators foresaw a new era of seamless communication, collaboration, and sharing of knowledge, making it a true force for good within the public domain. However, over the past decade or so, this vision has been gradually overshadowed by the monopolistic tendencies of some Web 2.0 corporate behemoths who now exercise centralized control over a majority of the world wide web. As a result, the open nature of the internet has waned greatly, with the 'for everyone' mantra now relegated to a marketing gimmick. As these centralized entities continue to dominate the internet, they exercise significant control over customer data, often using it for profit and wielding influence on user behavior. The increased prevalence of data breaches and privacy violations only further accentuates the erosion of the internet's ‘public good’ status. Users are left with little choice but to trust these corporations, even as their rights to privacy and control over their own data are compromised. A Historical Injustice and the Promise of DACs The current status quo is far from what the pioneers of the internet dreamt of, and it's a perspective that many would likely challenge. Critics might argue that the commercialization and privatization of the Internet has fostered innovation and given birth to tech giants that have revolutionized the global digital landscape. That said, the corporatization of the internet has also resulted in control that is concentrated in the hands of a few, sidelining the interest of the public at large. As a result, the solution might lie with offerings such as Decentralized Autonomous Companies (DACs) since they promise a novel ownership and governance model that could reestablish the internet's democratic ethos.\ DACs, designed on the foundations of blockchain technology, aim to reinstate the internet's 'public good' status by dispersing ownership and decision-making. Furthermore, the transparency, immutability, and decentralized aspects of blockchain systems make the two technologies a perfect fit for one another. A Shift Towards True Digital Democracy Decentralized Autonomous Companies (DACs) represent a dramatic shift in how organizations operate in the digital space. They are not just a response to the increasing monopolistic control of the internet but are a significant departure from traditional hierarchical structures of corporations. DACs offer a radical new model of organization that is more democratic, transparent, and community-centric. For example, as part of a DAC, there is no centralized authority. Decisions are made collectively, and every member has a voice, fostering a sense of community and shared responsibility. This empowers users, giving them control over the platform, the rules that govern it, and the data they generate. This is a stark contrast to the Web2.0 model, where users often have little to no control over their data or the platforms they use. Furthermore, DACs are driven by smart contracts — self-executing contracts with the terms of the agreement directly written into code. This eliminates the need for intermediaries and allows for the creation of more efficient, autonomous, and transparent systems. Moreover, smart contracts enable DACs to operate in a trustless environment, which is crucial for maintaining integrity and fairness in a decentralized setting. In addition, DACs' potential extends beyond correcting the internet's current centralized model. They represent a new way of organizing and coordinating human activity in the digital realm. To this point, DACs could revolutionize a variety of sectors, from finance and supply chain to social networking and content creation, paving the way for a more equitable and democratic digital economy. And while critics might point out the challenges DACs face — such as legal recognition and potential governance issues — the benefits they offer make them a compelling solution to the problems plaguing the current internet landscape. The transformation won't happen overnight, but with ongoing technological advancements and increasing public awareness, DACs have the potential to significantly reshape the digital world. Tackling Scalability and the Rise of Layer 2 Solutions In addition to the possibilities outlined above, DACs also offer solutions to the internet's scalability issues prevalent in today's centralized Web 2.0 architecture. Ethereum Layer 2 solutions, such as Metis, are designed to overcome these limitations by offering scalability and low-code solutions for DeFi, NFT, and dApps. In fact, the platform offers an ETH transfer fee of <$0.01 and a token swap fee of $0.04. To elaborate, Layer 2 solutions enable faster transactions, reduced gas fees, and enhanced user experiences by offloading computations from the main Ethereum blockchain. They represent a significant advancement in blockchain technology, aligning with the internet's initial vision of being open, inclusive, and user-friendly. The Future of the Internet: A Decentralized, Democratic Model While critics might argue that the current Web 2.0 model is necessary to maintain order and stability in the Internet's vast ecosystem, the rising popularity of DACs and the decentralization movement suggest otherwise. The public's growing awareness and demand for data privacy, ownership rights, and a say in decision-making processes are driving the shift towards a decentralized internet. This transition could redefine the web as we know it, creating a digital landscape where users are not just passive consumers but active participants with a say in how platforms operate. In this decentralized model, the power dynamics shift from a few corporations to the users, restoring the internet's status as a public good. Importantly, platforms like Metis are already functioning as fully functional Decentralized Autonomous Organizations (DAO), implementing Vitalik Buterin's vision for these digital organizations. By leveraging blockchain technology, Metis is taking concrete steps towards a decentralized and democratic digital world. Thus, as we head into a future driven by various transparency-centric systems, DACs could be the key to reclaiming the internet's 'public good' status. The shift to a more decentralized and democratic Internet model might be challenging and time-consuming, but it is a historical rectification that is imperative for the future of the digital world. Elena Sinelnikova, Metis co-founder & Decentralization Coordinator, holds a degree in Computer Science and is a former Government of Canada solutions architect. She has turned entrepreneur, co-founding Metis, a scalability and low-code solution for DeFi, NFT, and dApps on Ethereum, and CryptoChicks, an educational hub and accelerator for women in blockchain in 56 countries. About the author:

Restoring Democracy in the Digital World: The Case for Decentralized Autonomous Companies

This post is about providing a solution in Kotlin for finding all valid IP addresses that can be formed by inserting dots into a given string of digits. The solution uses a combination of nested loops and a helper function to check the validity of IP address parts. Additionally, it provides the time and space complexity analysis of the solution. The time complexity of the solution is and the space complexity is where n is the length of the input string. O(1) O(n) Here is an example solution in Kotlin for finding all valid IP addresses that can be formed by inserting dots into a given string of digits: This function takes in a string s of digits as input and returns a list of all valid IP addresses that can be formed by inserting dots into the string. It uses three nested loops to generate all possible combinations of positions to insert dots into the string. For each combination, it divides the string into four parts using the substring method and checks if each part is a valid integer between 0 and 255 using the helper function isValid. If all four parts are valid, it concatenates them with dots to form a valid IP address and adds it to the list of results. The helper function checks if the string is longer than 3 characters, starts with 0, is empty or greater than 255, and returns false if any of the conditions is true, otherwise it returns true. isValid It's important to note that this algorithm is a brute-force solution that generates all possible combinations of positions to insert dots and check if they are valid IP addresses, this can be computationally expensive for large inputs. The time complexity of this solution is O(1) because the solution generates all possible combinations of positions to insert dots into the string. For each combination, it divides the string into four parts and checks if each part is a valid integer between 0 and 255 using the helper function isValid. The worst-case scenario is that the string has a length of 12 digits, in that case, the solution will generate 3^4 = 81 combinations and for each combination, it will check the validity of 4 parts. So the overall time complexity of the solution is O(3^4 * 4) which is O(81*4) which is O(324) which is O(1) The space complexity of this solution is O(n) where n is the length of the input string. The solution uses a list to store the valid IP addresses and a few variables to store the intermediate results such as , , and . These variables take O(1) space. currMax currMin totalSum count The solution also uses recursion to implement the depth-first search, where it may call itself multiple times. This leads to the creation of a call stack that takes O(n) space in the worst-case scenario where the entire input string consists of '1's. In this case, the solution calls the dfs function recursively for every '1' in the input string and it may call the dfs function up to n times, where each call takes O(1) space, thus resulting in O(n) space complexity. In general, the space complexity of this solution is O(n) where n is the length of the input string, as it needs to store the output list and uses a call stack for the recursion calls. It's important to note that the space complexity is directly proportional to the size of the input, and in this case, it's linear with the size of the input string. Code fun restoreIpAddresses(s: String): List<String> {
 val result = arrayListOf<String>()
 for (i in 0..3) {
 for (j in i + 1..i + 3) {
 for (k in j + 1..j + 3) {
 if (i < s.length && j < s.length && k < s.length) {
 val s1 = s.substring(0, i)
 val s2 = s.substring(i, j)
 val s3 = s.substring(j, k)
 val s4 = s.substring(k, s.length)
 if (isValid(s1) && isValid(s2) && isValid(s3) && isValid(s4)) {
 result.add("$s1.$s2.$s3.$s4")
 }
 }
 }
 }
 }
 return result
}

fun isValid(s: String): Boolean {
 if (s.length > 3 || s.isEmpty() || s[0] == '0' && s.length > 1 || s.toInt() > 255) return false
 return true
 }
} I hope this helps! Let me know if you have any other questions in the comments.

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