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North America Academic and Corporate LMS Market growth Possibilities, Analysis and Forecast To 2030 - [Edmodo, Skillsoft, Oracle, Articulate] Report this article ICT Market Research Update

North America Academic and Corporate LMS Market growth Possibilities, Analysis and Forecast To 2030 - [Edmodo, Skillsoft, Oracle, Articulate]

Edmodo is a popular online platform that allows teachers and students to create and join virtual classrooms, share resources, communicate, and collaborate on assignments and projects. It can be ...

What are the most effective ways to use Edmodo for collaborative e-learning?

It’s no longer news that the methods of sharing knowledge are changing. Well, that’s where online platforms come in. They host many of these educational service providers. They also ensure that students can get access to technologically-advanced education in the comfort of their homes. They are so widespread that you wouldn’t need to look too far beyond , , , and to get examples. The goal of these platforms is to use online systems to make sure their users enjoy learning easily. They understand that virtual learning shouldn’t be a hard task for students. Google Classroom Edmodo WizIQ Adobe Captivate As such, they strive daily to increase the operational efficiency and ease of use of their systems. Well, thanks to this drive, user interface designs are now widespread with many perks accompanying a good UI design. These incentives are even more reasons why educational platforms are investing in it. This article will examine why a UI is worth the hype and effort. What is UI Design? It refers to user interface design and the process through which engineers stimulate interaction with their packages. A UI design ensures that users can use computer appliances or software with ease. It also relates to the graphic layout and the entire structure of a system. Why are UI Designs Widespread? I have outlined eleven reasons that educational platforms focus on building a good UI design. They are: 1. A Good UI Design Helps Cut Costs To enjoy gains from rendering educational services, establishments reduce their spending in many areas. One of these areas is in their UI design. When you carefully create a UI design, you avoid problems that may arise in the future. These problems range from irrelevant or non-functional elements in the design to navigation mistakes. UI designers and organizations understand that correcting these mistakes may cost a lot of money. Therefore, they ensure to . This way, they will save the cost of fixing these issues. build a perfect UI design 2. User Interface Ensures Distinct Brand Creation As stated before, a user interface includes the visual properties of a device or software. Remarkably, pictures and graphical arrangements have a way of being connected to a service. In essence, a user interface automatically registers as a symbol representing the service or its provider. This connection is why educational platforms consider building a distinctive user interface for their offerings. A useful UI will ensure that educational platforms create a viable brand. When a UI is easily noticeable from other similar platforms, it improves the brand. And, more often than not, this distinct brand can translate to commercial benefits. 3. A Good User Interface Ensures Increased Reach Users of an online platform usually prefer ease and comfort in their interaction with the software. And, this is essential when it concerns education and learning. The ability to receive knowledge or enjoy an organized educational activity without requiring expertise with technology is vital. When educational platforms can provide this service adequately, they get to attract more users. Thus, a decent UI can appeal to many people and increase the customer base of the platform. When users get familiar with a UI they enjoy, they tend to continue using it. The user engagement with the software, coupled with the distinct brand, ensures customer loyalty. Users rely on the software for their educational activities and are confident about it. This reliance leads to the retention of customers on the part of the service provider. 4. A Good User Interface Affords Competitive Edge One of the reasons educational platforms show increased interest in UI design is their tendency to secure competitive benefits. When an educational platform creates a distinctive brand and retains customers, it enjoys some advantages. These advantages include commercial profits and brand popularity. Through these benefits, educational platforms can outpace their competitors. Moreover, when the competitive edge is sustainable, it can generate investment opportunities. A competitive advantage can also help the establishment regulate prices and engage in corporate social responsibility (CSR) practices. 5. A Good User Interface Leads to Fewer Customer Complaints and Reduced Support Costs Another is the ease of access to users. When users have trouble interacting with an interface, they lodge complaints with customer service departments. These complaints can lead to establishments spending on support. reason educational platforms invest much in their UI Many times, the cost of resolving customer issues and troubleshooting problems is very high. However, a proper user interface can be a way to avoid these problems. An excellent interface lessens the risk of faults and unwanted functions in software. In essence, users do not need to refer complaints to customer service. Besides, educational platforms do not need to spend unnecessary money on customer support. 6. A Good User Interface Allows for Higher Productivity Levels A user interface can ensure that both users and service providers are productive. For the users, easily navigating the interface means they achieve their aim quickly. Also, the users do not need specialized knowledge to operate the package. Therefore, they assert less mental energy and use fewer resources. Moreover, the ease that users enjoy can enhance their fulfillment in learning. On the part of the educational platform, productivity means they spend less to achieve more. The establishments also pay lower costs for developing and supporting the software. They also utilize fewer human resources in providing their services. All these factors contribute to the efficiency of the platform. Productivity can also come in terms of big sales. The satisfaction of customers also means pleasure for the educational platform. 7. A Good User Interface Saves Time It is essential to mention that a quality UI saves the time of users. Ease of access and simple control of an interface is also crucial. When users enjoy these benefits in an interface, they spend less time trying to use it. Users also save quality time, which they can use in doing other things. Moreover, with learning, it is better if users understand easily and quickly. Likewise, educational platforms do not have to . Instead, they can improve their services and provide more benefits to their users. spend more time rectifying the interface 8. A Good User Interface Is Vital to Improving User Experience User experience is the overall response of a user to a system. It includes how accessible, useful, and credible software can be. For educational platforms, the aim of their service is usually to provide reliable learning systems. When a user interface is excellent, it will improve the experience of users. A good UI also means that service providers can understand the needs and limitations of users. Thus, service providers can improve the features of their services. 9. Help Getting Continuous Feedback Continuous feedback is the key to keeping students engaged in the learning process. Essentially, studying is working towards a predetermined goal -- to learn a skill, grasp a new concept, etc. When students get regular feedback in the learning process, they are more confident about their progress. For digital learning platforms, feedback during learning is even more important than final feedback since it’s the continuous feedback that helps the student progress towards their goal. With UI tools, you can encourage teachers and . It can be as simple as a thumbs up or thumbs down, a “Leave a comment” button, or an inviting Q&A section. students to receive and give feedback 10. Help Increase Information Retention For online classes and digital education platforms, UI is crucial for ensuring optimal knowledge retention. Presenting the information in an interesting manner is usually not enough to guarantee that you’ll remember it for a long time. UI can help structure the lesson in a way that will highlight the most important segments and fragment the information into better digestible pieces. Besides, UI specialists often recommend some tools and designs with reminders that will help the students remember the information they learned. 11. Attractive Interface Can Make Studying More Enjoyable Aside from making the user experience as smooth as possible, UI is also responsible for evoking particular emotions in a user. Images, shapes, colors, and even fonts used in an application influence the way people feel about the platform and the activities it facilitates. Unfortunately, not every child finds studying enjoyable. With schools closed and online learning taking over the education systems, students are left without the aspects of going to school that has made studying more enjoyable. That’s why one of the goals of UI designers is making the students’ experience so enjoyable that they will stop seeing studying as boring. For example; Different UI/UX design learning platforms create different vibes on their websites to evoke different emotions in their customers. If you check the reviews about popular educational platforms such as, , , and many others you’ll find that the platforms uses complementary pastel colors and designs to create a peaceful and relaxing atmosphere on their learning platforms and users comments are also positive about it. Udemy reviews TrustMyPaper reviews 99designs reviews Conclusion: If you own or manage an educational platform, you are sure to want to achieve some objectives. UI can accomplish these objectives, including promoting learning among users and securing commercial profits. This article presents reasons why educational platforms pay attention to UI and why you should too.

Top 11 Best User Interface Design Benefits for Online Educational Platforms

APOLOGY

The Odyssey: Book XIII

The Odyssey: Book VIII

If you are familiar with , , and the CI platforms (eg: Jenkins, CircleCI, Codeship), you already know the power of . It can make development easier by being repeatable, predictable, and fast. Supporting technologies both hide complexities and offer important reuse by supporting simple structured syntax in an easy to create and read file. Each technology has codified much of its domain allowing developers to author and instrument with nothing more than a text editor. Docker Terraform Declarative DevOps Try something. Don’t like it? Make a quick change and try again. Need an Ubuntu image? Done. How about a MongoDB instance? You got it. Need to do something completely custom? Go for it. I suggest reading by Mitch Pronschinske and watching by Seth Vargo of Google. If automation is the orchestration of DevOps, declarative DevOps is its sheet music. It provides a readable format to perform the intent of its composer. "What is Everything-as-Code? Examining the Explosion of "as Code" Buzzwords" "Everything-as-Code" Importantly, it simplifies the learning curve of using many traditional tools in the chain. Sure, it takes time to set up all the distinct and disparate pieces of DevOps, but once done, it typically hums along rather nicely and mostly uninterrupted. If DevOps Is An Engine, Your Application Is Its Fuel Did you notice that many DevOps tools are directly or indirectly dependent on a Git Repository? A CI/CD pipeline is rather useless until a project is flowing through it. The fullest benefits of DevOps and automation are not realized without a project, yet the industry focus is/was to automate the engine without also addressing how to better source its fuel. Imagine your driving experience if you had to source the fuel for your automobile beyond the pump at the gas station. Without the fuel, a well configured DevOps tool-chain only has the potential of automation. The fuel...the project is what causes the actual automation. Until the first meaningful commit, the full potential of a tool-chain is not completely understood. Although DevOps is all about automation, its setup and fuel source are still very manual. I define a project as a “meaningful code base” resulting in a deployable application, along with all the scaffolding required to fully make all aspects of the DevOps toolchain work. Many IDEs and CI platforms generate a simple tech stack specific “Hello World” app with stubbed out/empty files to get the ball rolling. Forget starting with a fully functioning app, or a ready to go Dockerfile, CI YAML file, or Terraform file. These platforms simply do not know enough about a project’s requirements to produce a meaningful project. In order for DevOps to grow in adoption, the hurdle of getting to the place of automation needs to be lowered or removed entirely. The benefits of DevOps and CI/CD are easy to understand but the ROI is still a factor for many organizations. Some adopt aspects of DevOps while attempting to integrate their current development methodologies. The DevOps tool-chain can be a rather large one, so which ones to choose and how to make them work cohesively is part of the learning curve.  Even though vendors like GitLab offer an all-in-one DevOps platform, it too is dependent on your project. Quickly being able to stand-up an operational DevOps toolchain would benefit every project, especially for those on the fence concerning DevOps. By automating the provisioning of best-of-breed technologies, the power of DevOps from pipeline to orchestrated application container is more easily accomplished. In this way, the fuel source for the engine must more easily be sourced. Automating the Automation With Project-as-Code So let's consider automating the set up of DevOps itself and its fuel source. There is Container-as-Code with Docker, Orchestration-as-Code with Kubernetes, Infrastructure-as-Code with Hashicorp'a Terraform, and Pipeline-as-Code with many CI platforms. So why not ? Project-as-Code If a project’s DevOps requirements can be described, then those requirements can be declared and codified. Just as an operating system can be declared in a Dockerfile, project declaration system should hide the messy details of the "how" in order to create the "what". Just like other "as-code" implementations, it should be easy to use. Simply stated, would allow the following example declarative statement to be turned into a running CI pipeline with a functional application flowing through it: Project-as-Code "I have a business model I would like to apply to an Angular7 tech stack. I want to store data using MongoDB.  I would like the resulting project files to be committed to my GitHub repo, the source files to be built and tested using CircleCI, and the resulting application pushed as a Docker image to my container repository then finally deployed to a designated Kubernetes cluster on GCP." The above statement could read declaratively: project: techstack: identifier: Angular7Stack model: identifier: Some business model file location options: application: name: MyAngular7App description: An Angular7 app using MongoDB version: 0.0 .1 cicd: platform: circleci git: repository: demoRepo tag: latest host: github.com docker: orgName: myOrg repo: demoDockerRepo tag: v0.0.1 terraform: provider: google kubernetes: host: https://xxx.xxx.xxx.xxx region: us-central1-a hostTarget: google artifact-repo: type: jFrog repoUrl: <ipaddress>:8081/repo/npm-public mongodb: serverAddress: localhost:27017 databaseName: angularDemoDB This is just as straightforward as we have come to expect from Declarative DevOps.  Now feed these declarations through a system that can generate and commit the code and required config files and instantiate the DevOps pipeline to build/test/containerize/deploy the resulting app. is a single YAML file fed into a “system” to turn project declarations into business contextual tech stack specific source code along with CI, container, and orchestration config files. That’s a mouthful but worth considering. Project-as-Code By infusing the business context it means no more “Hello World”. Instead, teams start with a deployable application with (likely) tens to hundreds of thousands of lines of scaffolding that are the foundation of a typical project. What Does It All Mean? Fitting seamlessly into the existing "as-code" narrative, will simplify adopting and using DevOps by . The risks of Enterprise and are lowered when the time and effort from idea to container are reduced. The project starting line is moved closer to the finish line and the overall timeline in. Project-as-Code automating its automation digital transformation software modernization The upfront work required to create a single declarative YAML file would pay massive dividends in saving weeks to months of time to the first meaningful project code commit. Every project has certain things that are more important to work on than others. We should continue to seek to automate the mundane and predictable to focus more on the critical dev. If so, imagine how much more productive and innovative you, your team, your company, and the industry as a whole would be.

Project-as-Code: The Catalyst DevOps Needs

recently , a new package manager built on top of the npm registry, massively reducing install times and shipping a deterministic build out of the box. Facebook released Yarn Node.js Determinism has always been a problem with npm, and solutions like are not . This makes hard to use a -based system for multiple developers and on continuous integration. Also, slowness in case of complex files causes long build times, representing a serious blocker when using Docker for local development. npm shrinkwrap working well npm npm package.json This article discuss how to use Yarn with Docker for Node.js development and deployment. take on installing code xkcd TL;DR Clone the boilerplate: git clone https://github.com/mfornasa/DockerYarn.git Enter the directory: cd DockerYarn Build the container: ./build.sh Run it: docker run yarn-demo node -e "console.log('Hello, World')" The first time your build the container, Yarn fetches dependencies for you. After that, Yarn is executed only when you modify your , and it uses cache from previous executions. On top of it, you have : the same dependency tree is installed every time and on every machine. And ! npm package.json determinism it’s blazing fast Let’s get started The procedure works on Mac and Linux. We are going to the Node.js Docker image for Node 6. Please on your machine before proceeding. Risingstack install Yarn Download Yarn installation package in a local folder: wget https://yarnpkg.com/latest.tar.gz Create a new : Dockerfile FROM risingstack/alpine:3.4-v6.7.0-4.0.0 WORKDIR /opt/app # Install yarn from the local .tgzRUN mkdir -p /optADD latest.tar.gz /opt/RUN mv /opt/dist /opt/yarnENV PATH "$PATH:/opt/yarn/bin" # Install packages using YarnADD package.json /tmp/package.jsonRUN cd /tmp && yarnRUN mkdir -p /opt/app && cd /opt/app && ln -s /tmp/node_modules This is based on a trick to make use of Docker layer caching to avoid to reinstall all your modules each time you build the container. In this way, Yarn is executed (and the first time, of course). well-known only when you change **package.json** Init package.json yarn init Add your first package: yarn add react Build and run your new container: docker build . -t yarn-demodocker run yarn-demo node -e "console.log('Hello, World')" Congratulations! You’re using with Docker. yarn Wait! What about " ? yarn.lock” Yarn stores the exact version of each package and sub-package in order to be able to reproduce exactly the same dependency tree on each run. Both and must be checked into source control. As we run Yarn inside the container, we need to retrieve . Luckily, it’s not hard to extract after each run. Simply change the line in the with the following: package.json yarn.lock yarn.lock yarn.lock ADD Dockerfile ADD package.json yarn.lock /tmp/ and build the container using the following command: docker build . -t yarn-demo; docker run --rm --entrypoint cat yarn-demo:latest /tmp/yarn.lock > yarn.lock After the build, is copied to your working directory, and it will be reused on next Docker run, installing the same dependencies each time. yarn.lock Congratulations! Now you have Yarn execution. deterministic Wait! Now Yarn is executed at each container build That is correct, we are now running Yarn at each build, even if has not been modified. This is because is copied from the container to your working directory each time, even if it’s not changed, thus invalidating Docker layer caching. To solve this, we need to copy only if it’s really changed. To do so: package.json yarn.lock yarn.lock Create a file: build.sh #!/bin/bash docker build . -t yarn-demo docker run --rm --entrypoint cat yarn-demo:latest /tmp/yarn.lock > /tmp/yarn.lockif ! diff -q yarn.lock /tmp/yarn.lock > /dev/null  2>&1; thenecho "We have a new yarn.lock"cp /tmp/yarn.lock yarn.lockfi Make it executable: chmod +x build.sh Use it to build the container: ./build.sh Then run the container: docker run yarn-demo node -e "console.log('Hello, World')" Congratulations! You have now a Yarn execution, and Yarn is executed . deterministic only when you change **package.json** What about Yarn package cache? Another powerful feature of Yarn is package cache, which is stored on the local filesystem, to avoid downloading packages again. Our procedure so far does not maintain cache over container builds. This could be an issue for big files. package.json The following solves the issue by saving Yarn cache on your working directory. build.sh #!/bin/bash # Init empty cache fileif [ ! -f .yarn-cache.tgz ]; thenecho "Init empty .yarn-cache.tgz"tar cvzf .yarn-cache.tgz --files-from /dev/nullfi docker build . -t yarn-demo docker run --rm --entrypoint cat yarn-demo:latest /tmp/yarn.lock > /tmp/yarn.lockif ! diff -q yarn.lock /tmp/yarn.lock > /dev/null  2>&1; thenecho "Saving Yarn cache"docker run --rm --entrypoint tar yarn-demo:latest czf - /root/.yarn-cache/ > .yarn-cache.tgzecho "Saving yarn.lock"cp /tmp/yarn.lock yarn.lockfi You also need to add this to your , after the line: Dockerfile ADD package.json... # Copy cache contents (if any) from local machineADD .yarn-cache.tgz / The cache file is not meant to be pushed to the repo, so it should be added to a file. .gitignore Congratulations, again! You have now a Yarn execution, which is executed , and it uses . Try this with a complex file from a real project, you will be amazed! deterministic only when you change **package.json** Yarn caching package.json For more pieces on DevOps and Docker, join my . If you enjoyed this piece click the “ ♥︎ ” button below. mailing list

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