It is software that can run on different kinds of computers and operating systems. It is not tied to having to be run on only one kind of computer or operating system. So it is independent of platforms, not restricted to one.
Any boby can answer this question What software is cross-platform? Platform-independent means that code executes without a specific platform. Cross-platform means that the application runs on many platforms. Generally, they can be used interchangeably.
JVM makes Java Platform Independent.. It loads byte code(.class file) and Run it.
Because you can write software to read the documents on other platforms. The current existence or absence of software for reading and creating the documents does not affect whether or not the specification is platform-independent. The internet is platform-independent, for instance, regardless of the fact that I can't access it on my Commodore 64. OpenDocument Format (a competing document format) is also cross-platform with an open specification, but there is not (and probably never will be) software for reading it on MS-DOS.
IS Seq file also platform independent or dependent?
Yes. no .net is not platform independent is supports on OS .... as is need clr for Linux to support it but till now .net platform is not independent ...
No, they must be designed for specific platforms. The compiled programs are platform-independent.
yes,it is platform independent because it uses CLR(common language runtime) for compiling the codes and then the code can be run on any platform.
Platform dependent requires the application to be run on specific hardware. independent will run on many kinds of hardware.
rmi is a protocol not plateform independent
yes html is a platform independent
c is platform dependent
Software may or may not be written for a particular platform. The word "platform" has multiple meanings; one must know the context in which it is used to determine which meaning is intended. The oldest meaning is "hardware platform"--a specific instruction set architecture. This is what was originally meant when referring to "platform-independent" code; portable software could be compiled for different processor architectures without modification. In some contexts, the "platform" was expanded to include the operating system, as well. Interpreted languages like Java began to provide networking and user-interface libraries that allowed "platform-independent" software to be developed which could run on systems with different operating systems as well as different processors. More recently, the term "platform" has been overloaded to mean "application platform"--a (partially) generalized framework of user-interface, relational database and transaction processing, networking, security, development and deployment services within which a business application can be constructed. In this context, software is almost always written for a specific application platform; platform-independence at this level is rare.