I'm probably going to get some flak for saying this, but I think somebody has to ... It's fairly obvious that your first language isn't English, so I'm not sure how much of this you will be able to understand. First things first: you need to cut back on the "master", "experts", "lover", "awesome", "most favorite", and overall over-the-top flattering comments. Regardless of how Americans may be caricaturized in films, most do not respond well to such buttering up. Some may use a bit more of a harsh terms, but let's just leave it at that. I'll grant you that it may be a language issue, but I doubt it. On a more fundamental level, you're supposed to be studying for a PhD. You should learn to be a bit more professional, especially on a public forum.
With regards to your question(s): You are too vague. It's not clear whether you're asking about multiprocessor/multicore capabilities of LabVIEW, or what algorithms to use for smart antennas. We can't answer the second question - that's your field. If you need help in this area then your best bet on this is to ask an RF engineer. As for multithreading/multicore, we're not sure what it is that you want. LabVIEW, like other modern programming languages is multiprocessor/multicore capable. But just because it is, it doesn't mean it will do you any good because it's completely dependent on the application that you write, which ultimately goes back to the algorithm. This has nothing to do with LabVIEW, as this applies to all programming languages. What if your algorithm is so complex that a single machine, even if it has 4 processors isn't enough? What if you need a distributed processing implementation, like the Folding@Home or SETI search projects? That's a completely different ball-game, and nobody here is likely to be able to help you, even if you "love" LabVIEW so much that you want to do it with that.
Basically, what I'm saying is that I think you need to better define the problem first, establish the scope, outline the boundaries, and get a better handle on what this algorithm of yours is. Saying that you want it on a multicore platform is meaningless if you haven't yet defined what "it" is.
