PPT-Nano-Crossbar Memories Comprising Parallel/Serial Complementary

Memristive Switches Abstract This work explores antiserial antiparallel memristive switchesASMs APMsas potential crosspoint elements in nano crossbar resistive random access memory arrays The memory operation principles for both device combinations are shown in detail The effectiveness of these . We compute here … and throw away most of them here!!!! . Inefficient Implementation of Downsampling. Most terms here are zero … and waste time to process them here!!!! . $$$$. Inefficient Implementation of Upsampling. 8155. I/O + Timer. 8255. I/O. 8253/54. Timer. 2 Port (A,B), . No Bidirectional. HS mode (C). 4 mode timer. 2 Port (A,B). A is Bidirectional. HS mode (C). Extra controls. 6 mode timer. 8259 . Interrupt controller . Burrows-Wheeler. Compression and Decompression. James A. Edwards. , Uzi Vishkin. University of Maryland. Introduction. Lossless data compression. Common tool . . better use of . memory (e.g., disk space). 27 . – Feb 3, . 2010. Multicore. (and Shared Memory) Programming with . Cilk. ++. Multicore and NUMA architectures. Multithreaded Programming. Cilk++ as a concurrency platform. Divide and conquer paradigm for Cilk++. Time for Hardware Upgrade. Uzi Vishkin. . . The pompous version. After 40 years of “wandering in the desert”, general-purpose parallelism is very close to capturing the “promised land” of mainstream computing. Crossbar\rSwitching Fabric\r Crossbar\rScheduler\r Virtual-Channel\rAllocation\r Routing\rLogic\r Arb\r Arb\r Arb\r Arb\r Arb\r Arb\r Output 1\rOutput N\rInput 1\rInput N\r Requests\rGrants\r Fig.1.Th Reinvention of Computing for Parallelism. Uzi Vishkin. . Same title, . http://www.umiacs.umd.edu/users/vishkin/XMT/. cacm2010.pdf. , to appear in CACM. Conclusion of Intro Slide(s). Productivity: code development time + runtime . Solid-State Devices & Circuits. 4. . CMOS Logic Circuits. Jose E. Schutt-Aine. Electrical & Computer Engineering. University of Illinois. jschutt@emlab.uiuc.edu. 1. Digital Logic - Generalization. Arrays:. . Logic. Synthesis and Fault Tolerance. Design, Automation, and Test in Europe (DATE). March. . 28. th. , . 2017. Presenter. : . Mustafa. . Altun. , . PhD. Web: . http://www.ecc.itu.edu.tr/. Serial ATA A Comparison with Ultra ATA Technology In past years increasing hard disk transfer rates have forced the ATA interface specification to be continuously updated to avoid becoming the 2. Sequential Logic . Counters and Registers. Counters. Introduction: Counters. Asynchronous (Ripple) Counters. Asynchronous Counters with MOD number < 2. n. Asynchronous Down Counters. Cascading Asynchronous Counters. A . flip-flop can store 1-bit of digital information. It is also referred to as a 1-bit register.. A register contains a group of flip-flops, the number of flip-flops in a register being . equal to . BY. D. PEGU. ASSOCIATE PROFESSOR, DEPTT. OF PHYSICS. HAFLONG GOVT. COLLEGE, HAFLONG. COURSE . CONTENTS:. Introduction, Definition, length scale . Importance of . Nanoscale. and Technology . History of Nanotechnology, . Osman . Sarood. How faster can we run?. Suppose we have this serial problem with 12 tasks. How fast can we run given 3 processors?. Running in parallel. Execution time reduces from 12 . secs. to 4 .