Higher order predicate logic, Computer Engineering

Higher Order Predicate Logic :

In the very first order predicate logic, we are only allowed to quantify over objects. If we are considered to allow ourselves to quantify over predicate or function symbols, then we have to moved up to the very much expressive higher order predicate logic. Because of that we can represent meta-level information about our knowledge, just like as: "For all the functions we've specified, they return the number 10 if the number 7 is input":

∀ f, (f(7) = 10).


Posted Date: 1/10/2013 4:46:59 AM | Location : United States

Related Discussions:- Higher order predicate logic, Assignment Help, Ask Question on Higher order predicate logic, Get Answer, Expert's Help, Higher order predicate logic Discussions

Write discussion on Higher order predicate logic
Your posts are moderated
Related Questions
What is replacement algorithm? When the cache is full and a memory word that is not in the cache is referenced, the cache control hardware must decide which block should be del

One of the fault base testing techniques is:- Mutation testing is the fault base testing.

Can both client and server use the same protocol port on the same computer at the same time? Explain. Client and server can't use similar port number on similar computer at ide

where do i get some sample assembly projects (with coding included)?

In a simple paging system, what information is stored in a typical Look-aside Buffers  TLB table entry? A classical TLB table entry contains page# and frame#, while a logical

8085 the interrupts are classified as Software and Hardware interrupts.

Entropy - learning decision trees: Through putting together a decision of tree is all a matter of choosing that attribute to test at each node in the tree. Further we shall de

What is the need of interrupt controller?  The interrupt controller is employed to expand the interrupt inputs. It can handle the interrupt requests from several devices and pe

What is a Multiplexer Tree? Ans Multiplexer Tree: The largest available MUX IC is 16 to 1. Meeting the larger input requires there must be a provision to expand this. It