PPT-Programmable Networks:

Active Networks SDN How to Introduce new services Overlays user can introduce whatever Ignores physical network perf overhead Overlay nodes software routing perf overhead. All Programmable Abstractions push beyond traditional RTL design methodologies to automate all aspects of system development and algorithm deployment into all programmable FPGAs SoC and 3D ICs Xilinx and its Alliance members are working together to Organizatio n 16K Single 5V Power Supply Pin Compatible With Existing 128K MOS ROMs PROMs and EPROMs All InputsOutputs Fully TTL Compatible Max AccessMin Cycle Times CC 10 27C12812 120 ns 27CPC12815 150 ns 27CPC12820 200 ns 27CPC12825 250 ns Power S Lecture 21. Announcements. Homework 7 due on Thursday, 11/13. Recitation quiz on Monday on material from Lectures 21,22. Agenda. Last time:. Multiplexers (5.6. ). This time:. Programmable Logic Devices (5.7). FREQUENCY 10k 69 72 75 78 81 84 87 90 GAIN TA01b 100k 1M 10M 100M 1G 60 63 66 Pseudo-Differential Differential)/95dB (Pseudo-Differential)Programmable Compression VoltagesOnboard Reference Reference for Drug Delivery and Regenerative Medicine. Yong Wang. . Department of Biomedical Engineering . Pennsylvania State University, University Park, PA 16802. Goal. : To develop biomolecular and biomimetic materials whose multiple functions can be programmed in diverse ways. . Module #8 – Programmable Logic & Memory. Topics. Programmable Logic. Memory Devices. Textbook Reading Assignments. 6.3, 9.1-9.6. Practice Problems. none. Graded Components of this Module. 1 homeworks, 1 discussion, 1 quiz. Memory and Programmable Logic Devices. KFUPM. Courtesy of Dr. Ahmad . Almulhem. Objectives. Memory. Programmable Logic Devices (PLD). KFUPM. Memory. Memory:. A collection of cells capable of storing binary information (1s or 0s) – in addition to electronic circuit for storing (writing) and retrieving (reading) information.. Opportunities for Energy Savings. Jackie Berger. HPC National Home Performance Conference. March 21, 2017. Overview. 2. Research motivation. 3. Research Motivation. 4. Research Motivation. 5. Research Motivation. Slides courtesy of Patrick . Bosshart. , Nick McKeown, and Mihai . Budiu. Outline. Motivation for programmable switches. Early attempts at programmability. Programmability without losing performance: The Reconfigurable Match-Action Table model. Babbage, . Atanasoff. , . Zuse. , Turing or . v. on Neumann?. Raj . Reddy. Carnegie Mellon University. Sep 23, 2013. rr@cmu.edu. Talk given at Heidelberg Laureates Forum on. Origins . of Computing. 3 Stages of Information Revolution. Bosshart. , Nick McKeown, and Mihai . Budiu. Outline. Motivation for programmable switches. Early attempts at programmability. Programmability without losing performance: The Reconfigurable Match-Action Table model. Anirudh . Sivaraman. , . Suvinay. Subramanian, . Anurag. Agrawal, . Sharad. . Chole. , Shang-. Tse. Chuang, Tom . Edsall. , Mohammad . Alizadeh. , . Sachin. . Katti. , Nick . McKeown. , . Hari. . 242-208 Digital Systems and Logic Designs . Content. Programmable Logic Devices (PLDs). PLD programming. Combinational PLDs. Sequential PLDs. Field programmable gate arrays (FPGAs). Systematic Design. emerged as a preferred way for com - panies to integrate communications mechanisms into their business ap - plications. Thanks to programmable VoIP APIs, companies no longer need to build and maint