Who is responsible for context switching? A thread with a higher priority has become ready to run. The most common reasons for a context switch are: The time slice has elapsed. As the process is running, another process arrives in the ready queue, which has a high priority of completing its task using CPU. One process is running state to execute its task with the use of CPUs. Switches keep traffic between two devices from getting in the way of your other devices on the same network. What are the two types of switches network?Įthernet network switches are broadly categorised into two main categories – modular and fixed configuration. L2 Switches do switching based on only MAC Adressing. 元 Switches understand both MAC as well as IP Address. 元 Switches are made by ASIC’s ( Application Specific Integrated Circuits). Removes a content switching virtual server. In the main menu, select Virtual Services.Įnter a valid IP address in the Virtual Address text box.Įnter a recognizable Service Name, for example Exchange. Which virtual service section would you enable content switching?įollow the steps below, in the LoadMaster WUI, to create the parent Virtual Service: OneConnect™ is a feature of the BIG-IP LTM system that improves web application performance and decreases server load by reducing the concurrent connections and connection rate on back-end servers. Thread switching is very efficient and much cheaper because it involves switching out only identities and resources such as the program counter, registers and stack pointers. Thread switching is a type of context switching from one thread to another thread in the same process. What is meant by the term thread scheduling and content switching? It takes in packets being sent by devices that are connected to its physical ports and sends them out again, but only through the ports that lead to the devices the packets are intended to reach. What layer of the OSI model does a content switch work?Ī network switch is a device that operates at the Data Link layer of the OSI model (Layer 2). Who is Carl Stalhood?Ĭarl Stalhood is a Citrix Technology Professional (CTP), a VMware EUC vExpert, a VMware Implementation Expert 7 Desktop & Mobility (VCIX7-DTM) and works as a Principal Consultant for Sirius Computer Solutions in Kansas City. It analyzes application-specific traffic to distribute, optimize, and protect Layer 4–Layer 7 (L4–L7) network traffic. What is NetScaler used for?Ĭitrix NetScaler is an Application Delivery Controller (ADC) created to optimize, manage, and secure network traffic. GSLB is only useful if you have a single DNS name that could resolve to two or more IP addresses. The user then connects to the returned IP, which doesn’t even need to be on a NetScaler ADC. GSLB receives a DNS query, and then GSLB sends back an IP address, which is exactly how a DNS server works. Effective context switching is critical if a computer is to provide user-friendly multitasking. What is meant by context switching?Ī context switch is a procedure that a computer’s CPU (central processing unit) follows to change from one task (or process) to another while ensuring that the tasks do not conflict. What are the 4 types of switches in networking? Create a NetScaler Gateway Virtual Server that has Content Switching policies that direct requests to Load Balancing Virtual Servers. There are two methods of Content Switching: Create a Content Switching Virtual Server that has a Content Switching policy that directs requests to a NetScaler Gateway. How does content switching work in NetScaler? Who is responsible for context switching?. What are the two types of switches network?.Which virtual service section would you enable content switching?.What is meant by the term thread scheduling and content switching?.What layer of the OSI model does a content switch work?.What are the 4 types of switches in networking?.How does content switching work in NetScaler?.What Is A Content Switch – Related Questions.
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