'Computation history' presentation slideshows

8th Lecture: I-cache Access and Branch Prediction 4.2 I-Cache Access and Instruction Fetch

8th Lecture: I-cache Access and Branch Prediction 4.2 I-Cache Access and Instruction Fetch. Harvard architecture : separate instruction and data memory and access paths is internally used in a high-performance microprocessor with separate on-chip primary I-cache and D-cache.

852 views • 56 slides

91.304 Foundations of (Theoretical) Computer Science

91.304 Foundations of (Theoretical) Computer Science. Chapter 5 Lecture Notes David Martin (with modifications by Karen Daniels) dm@cs.uml.edu With thanks to Giam Pecelli.

628 views • 45 slides

????? ???? ?? ? ????? ??

????? ???? ?? ? ????? ??. ??? ???? Reducibility ?. ??????? ????? ???? ???? 88. Reducibility. A reduction is a way of converting one problem to another problem in such a way that a solution to the second problem can be used to solve the first problem.

603 views • 40 slides

INHERENT LIMITATIONS OF COMPUTER PROGRAMS

CSci 4011. INHERENT LIMITATIONS OF COMPUTER PROGRAMS. QUIZ 3. The Turing Machine M decides the language L if:. M accepts all w ? L and rejects all w ? L. The language L is Turing-recognizable if:. There is a TM that recognizes L (accepts all and only the strings in L).

498 views • 40 slides

CSCI 3130: Formal languages and automata theory

394 views • 33 slides

MA/CSSE 474 Theory of Computation

MA/CSSE 474 Theory of Computation. Non-SD Reductions Undecidable problems that are not about Turing Machines. Recap: Proving Languages are not SD. ? Contradiction ? L is the complement of an SD/D Language. ? Reduction from a known non-SD language.

421 views • 31 slides

CS21 Decidability and Tractability

383 views • 19 slides