Deployment methods are not integral to any programming language. You can use any suitable programming language to write the actual program, but how you deploy it is entirely up to you. However, there are installation tools that can assist with your deployment strategy.
A network processor is defined as an integrated circuit which has a set specifically targeted at the networking application domain. Network processing does not have a clear definition but it should include all of the aspects of how a network operates.
.NET- NETWORK ENABLED TECHNOLOGY here . stands for LINKAGE BETWEEN MANY OBJECTS
Microsoft Access was developed on C#. Source: MSDN (Microsoft Developer Network)
A network operating system (NOS) can be defined as an operating system if the computer which main duties is to support workstations, personal computers and in some instances, older terminals that are connected on the local area network. It provides sharing of printers, common file system and database sharing, application sharing, and the ability to manage a network name directory, security, and other housekeeping aspects of a network.
Some advantages of XML are: * It is a platform independent language. * It is as easy as HTML. * XML is fully compatible with applications like JAVA, and it can be combined with any application which is capable of processing XML irrespective of the platform it is being used on. * XML is an extremely portable language to the extent that it can be used on large networks with multiple platforms like the internet, and it can be used on handhelds or palmtops or PDAs. * XML is an extendable language, meaning that you can create your own tags, or use the tags which have already been created. * It can be deployed on any network if it is amicable for usage with the application in use. * If the application can work along with XML, then XML can work on any platform and has no boundaries. * It is also vendor independent and system independent. While data is being exchanged using XML, there will be no loss of data even between systems that use totally different formats.
You are creating a network-based video game. What influences your decision about which transport protocol to use for the application?
Application layer is designed to convert user data to language that can be understood by Presentation layer. For instance, http is at Application layer and converts people language to language that can be understood by browsers.
A socket is a handle to a communication link with another application over the network. In other words a socket is a network interface that connects an application to the network.
A network application has two components, one that runs on the local computer and one that runs on a remote computer. E-mail and surfing the internet are a common example of a network application.
The Application Layer is responsible for interfacing a user network request from an application via an API (application Program Interface) with the network stack. This allows an application to not have to know anything about how to do network functionality; it can merely request the network software to do something without worrying about the details.
The basic goal of creating a network is to share resources.
The Secure Socket Layer (SSL) is a security protocol deployed on networks. The network can be an internal network or the internet over which two computers are communicating.
nothig
The Seven layers of the OSI model are: Application Presentation Session Transport Network Data-Link Physical I think the answer to your question is the Application layer.
proxy firewall
All people seem to need data processing, or Please do not through sausage pizza away Application, presentation, session, transport, network, data link, and physical. or Physical, data link, network, transport, session, presentation, and Application.
transport layer of osi model is responsible for end to end delivery of packets over a network