Theory of Automata | Theory of Computation & Formal Language

This course is for anyone who is interested in building an amazingly cool and wirelessly controlled ArmBot. The course requires basic knowledge of Mechanical Engineering, Electronics and Python programming. If you are new to Raspberry Pi, I would recommend you to enroll in my previous course “Introduction to Raspberry Pi,” which is also available on Udemy. In this course, I will walk you through the steps of creating an ArmBot from the ground up. You will learn how a tiny device like the Raspberry Pi Zero can be used to build a fully functional robot which can be controlled wirelessly. I will also introduce you to the concept of H-bridge and how to reverse the polarity using the program. The L293D is a wonderful IC which can be programmed to control two distinct DC motors in different directions. You will learn how a simple servo motor can be used to design a complex robotic arm in the simplest way. I will also teach you the concept of degrees of freedom and how to implement this in the current project. I have taken utmost care to explain robotics with minute details. By the end of this course, you will have the skills and confidence to build your own robot and program as per your requirement. So what are you waiting for? Come, let’s make all this possible. I look forward to you joining this course.

While Document Libraries are technically usable upon creation, without any additional configuration required. Because admins don't HAVE to do any configuration, most of them never think of doing ANY configuration on their libraries. By seeing so many of these additional features and settings in use in specific scenarios, you will learn ways to use your SharePoint resources in much more productive ways. This demo-based course exposes students to the wide range of settings and configurations available on SharePoint Document Libraries, in the context they might be used.

In this course, you will demonstrate a basic understanding of small and medium-sized networks, including general network technologies, and the ability to assist the design of small and medium-sized networks, and implement the designs using Ruijie routing and switching devices.Ruijie Certified Network Engineer (RCNA) mainly focuses on the design, implementation and maintenance of small and medium-sized networks. It is composed of the course Network Design and Implementation, which includes OSI network model, TCP/IP, Ethernet switch, router principle, VLAN and STP, WAN protocol, routing protocol, and so on. ACL, network security, and troubleshooting.We are glad to inform you that our RCNA R S (Ruijie Certification Network Assiociate- Routing Switching) course is online on E-learning system. RCNA R S course covering basic technology, Layer2 3 technology and advance technology, is designed for all customers who want to learn technology. Welcome to join the RCNA R S course and get the certificate.Career certification covers commonly-used core technologies in application scenarios of various industries such as routing, switching, network security and WLAN and provides three career certification titles: assistant engineer, senior engineer and expert. It aims to certify the networking, implementation and management capabilities of certification holders.Ruijie Certified Network Associate (RCNA), the fundamental certificate for Ruijie associate network engineers, is oriented at the planning, design, implementation, and maintenance of small and medium-scaled network containing 100 nodes or less.

Virtualization and cloud computing are the future of our IT infrastructure. It's important for system administrators who want to succeed to have a strong foundation in virtualization technologies, particularly in the popular virtual environment VMware vSphere, including the ESXi hypervisor and vCenter Server. With vSphere, you can create virtual machines that bypass the need for additional expensive hardware and provide features not available on a physical system a perfect setup for exploring new technologies and setting up test environments. This course teaches the basics of installing, configuring, and maintaining vSphere 6, including installation of the ESXi hypervisor and vCenter Server using a pre-created environment called AutoLab. Following lab creation, in this course introduces the core components of vSphere (ESXi and vCenter) and shows how to configure storage and networking. Finally, he runs through some typical virtual-machine management tasks, such as creating a virtual machine manually vs. creating one with templates and clones, working with snapshots, and performing a vMotion migration. The following topics will be Covered Building a lab environment with AutoLab Preparing VMware Workstation Accessing the ESXi host Using clients Configuring networking and storage Creating data stores Creating virtual machines Using templates and snapshots Performing migrations

This course is for DevOps engineers and SRE-s who want to configure Kubernetes for RELIABILITY. In particular, for highly Resilient Microservices and for Reliability Pipelines in their CI/CD.The primary technologies used in the course are LitmusChaos, Argo Workflows, Terraform, Helm and Jenkins automation server.This course consists of guided labs on Amazon EKS with explanations and corresponding quizzes:An introductory case study demonstrating a simple resilience improvement: add more microservice replicas, verify with LitmusChaosNumerous advanced case studies, for example about achieving zero-downtime of microservices on cost-efficient EC2 Spot InstancesResources includedAll the Reliability Pipelines and Experiments (LitmusChaos, Argo Workflows)Full Terraform and Helm definitions of the Amazon EKS cluster with system Charts and MicroservicesUniversal "DevOps Tools" Docker container with Terraform, Helm, kubectl, AWS CLI, etc.At the end of our course, students will be able to:Build Reliability Pipelines with CNCF LitmusChaos and Argo Workflows to continuously ensure reliability of their systemsConfigure Kubernetes for Resilient Microservices with Cluster Autoscaler, Node Termination Handler, Descheduler and OverprovisioningDeploy Amazon EKS clusters with Microservices in AWS Cloud using Terraform and Helm 3Leverage AWS Spot instances which are times cheaper than regular EC2 ones, while achieving zero-downtimeCourse prerequisitesStudents are expected to have some basic knowledge in Kubernetes, Terraform, Helm, Docker, and AWS before starting this course. They are welcome to complete corresponding introductory tutorials online on their own, if some of the listed technologies are completely new for them.

Structured Query Language (SQL) is a must have skill for every data professional. Whether you are a data engineer, a Business Intelligence Professional or a data scientist - you will need Structured Query Language (SQL) in your day to day work. This course will start from basics of databases and structured query language (SQL) and teach you every thing you would need in any data science profession including Writing and executing efficient Queries, Joining multiple tables and appending and manipulating tables.Key takeaways from Structured Query Language (SQL) for Data Science course:Start using MySQL – the most popular Database Management SystemLearn how to perform database tasks in SQLHow to insert, update, and delete records from your databaseHow to create reports and perform basic analysis using SQL’s aggregate functionsHow to perform efficient joins to fetch your data from multiple tables