Sasaki, Galen H. - Department of Electrical Engineering, University of Hawai'i at Manoa

• EE 361L Digital Systems and Computer Design Laboratory
• E Notes G. Sasaki, Univ. Hawaii 1 Digital Circuits Review
• Galen Sasaki EE 361 University of Hawaii 1 Galen Sasaki EE 361 University of Hawaii 2
• Galen Sasaki University of Hawaii 1 Optical Networks: A Practical
• Grooming of Dynamic Tributary Traffic in WDM Rings with Rearrangements1
• University of Hawaii Department of Electrical Engineering
• General Guidelines 1. Seed money grants provide support to initiate research activities or other innovative scholarship which
• EE 361 Fall 2003 University of Hawaii 1 Hardware Design Tips
• University of Hawaii Department of Electrical Engineering
• EE 361L Digital Systems and Computer Design Laboratory
• EE 361 Fall 2008 University of Hawaii Verilog Introduction
• EE 693F Optical Networks Spring 2003 Instructor: Galen Sasaki: Tel: 808 956 6103. E-mail: sasaki@spectra.eng.hawaii.edu
• EE 361L Digital Systems and Computer Design Laboratory University of Hawaii
• EE 361L Digital Systems and Computer Design Laboratory University of Hawaii
• Galen Sasaki EE 361 University of Hawaii 1 Single Cycle Processor
• Wavelength Assignment in WDM Rings to Minimize System Cost instead of Number of Wavelengths
• Laboratory 4.2. Objective: You will simulate and build a 3-bit arithmetic logic unit (ALU), shown
• University of Hawaii, Department of Electrical Engineering Galen Sasaki
• Galen H. Sasaki EE 361 University of Hawaii 1 More C functions and Big
• Galen Sasaki University of Hawaii 1 EE 361 Digital Systems and
• Assignment Strategies for Delay Guarantees Over a Multiple Link Packet Switched System \Lambda
• University of Hawaii Department of Electrical Engineering
• Galen Sasaki EE 361 University of Hawaii 1 Galen Sasaki EE 361 University of Hawaii 2
• Cost Effective Traffic Grooming in WDM Rings \Lambda Ori Gerstel and Rajiv Ramaswami
• EE 361L Digital Systems and Computer Design Laboratory University of Hawaii
• EE x96 Writing Assignment Global, Societal, and Contemporary Issues Galen Sasaki August 26, 2010
• EE 607: Advanced Network Algorithms Spring 2006 November 16, 2005
• EE 361 Fall 2003 University of Hawaii Verilog Introduction
• Scheduling of Periodic Connections with Flexibility1 Wei Su and Galen Sasaki
• The Cost of Survivable IP Over WDM Galen H. Sasaki
• SURVIVABLE IP OVER WDM: GUARANTEEEING MINIMUM NETWORK BANDWIDTH
• Oktober 2000 OPTICAL NETWORKS MAGAZINE 1 GALEN H. SASAKI
• EE 361L Digital Systems and Computer Design Laboratory University of Hawaii
• Galen Sasaki Page 1 02/12/01 Building LogicWorks Device Modules
• Galen Sasaki EE 260 University of Hawaii 1 Building D Flip Flops
• Galen Sasaki EE 361 University of Hawaii 1 Memory technologies
• EE 607: Advanced Network Algorithms Spring 2005 Under Construction! Last updated 11/22/04
• EE 296 Lifelong Learning Assignment Galen Sasaki August 26, 2010
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• EE 361L Digital Systems and Computer Design Laboratory University of Hawaii
• DS312 April 18, 2008 www.xilinx.com 1 2005-2008 Xilinx, Inc. All rights reserved. XILINX, the Xilinx logo, and other designated brands included herein are trademarks of Xilinx, Inc.
• University of Hawaii Getting Started with Spartan 3E
• CSCI 320 Handbook on Verilog Page 1 CSCI 320 Computer Architecture
• EE 361L Lab 4.2. 4bit Arithmetic Logic Unit (ALU) An Arithmetic Logic Unit (ALU) is a circuit that does arithmetic, such as addition, subtraction, setlessthan, bitwise AND,
• Galen Sasaki EE 260 University of Hawaii 1 Read Only Memory (ROM)
• Galen Sasaki EE 260 University of Hawaii 1 Moore Circuit
• Galen Sasaki EE 260 University of Hawai Karnaugh Maps (K-Maps)
• University of Hawaii Department of Electrical Engineering
• University of Hawaii Department of Electrical Engineering
• Galen Sasaki University of Hawaii 1 MIPS Introduction (MIPSa Notes)
• Galen Sasaki EE 361 University of Hawaii 1 Memory technologies
• Galen Sasaki EE 361 University of Hawaii 1 Electronic Design Automation
• EE 361L Report Grading Date: 8/30/04
• Galen Sasaki University of Hawaii 1 Propagation of Signals in
• Galen Sasaki University of Hawaii 1 Nonlinear Effects
• Galen Sasaki University of Hawaii 1 Galen Sasaki University of Hawaii 2
• Galen Sasaki University of Hawaii 1 Multiplexers and Filters
• Galen Sasaki University of Hawaii 1 Optical Amplifiers
• A Load-Balanced Switch with an Arbitrary Number of Linecards
• Galen Sasaki, Department of Electrical Engineering, University of Hawaii Explanation of PIC 16F84A processor data sheet Part 1: overview of the basics
• University of Hawaii Department of Electrical Engineering
• Nonblocking WDM Networks with FixedTuned Transmitters and Tunable Receivers 1
• Scheduling of Periodic Connections with Flexibility1 , Galen Sasakib,
• A0-A11 Q0-Q7 Figure 1. Logic Diagram
• University of Hawaii Department of Electrical Engineering
• Galen Sasaki University of Hawaii 1 Chromatic Dispersion
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• University of Hawaii Department of Electrical Engineering
• University of Hawaii Department of Electrical Engineering
• University of Hawaii Department of Electrical Engineering
• Galen H. Sasaki EE 361 University of Hawaii 1 Simple Arithmetic [Arithm Notes]
• Galen Sasaki Page 1 2/12/2008 University of Hawaii
• Galen Sasaki University of Hawaii 1 EE 361 Digital Systems and
• EE 108 Digital systems I Modelsim Tutorial Winter 2002-2003
• ISIT 2003, Yokohama, Japan, June 29 July 4, 2003 Bandwidth Requirements for Protected VPNs in the Hose Model
• Galen Sasaki University of Hawaii 1 MIPS Introduction (MIPSa Notes)
• Galen Sasaki University of Hawaii 1 Input/Output (I/O)
• EE 361L Informative Oral Presentation Evaluation Form (Modified from http://www.hawaii.edu/gened/oc/informative_eval_form.htm. ) Scoring is 0, 0.5,
• EE 361L Digital Systems and Computer Design Laboratory University of Hawaii
• EE 361L Fall 2010 Pipelined MIPSL0 (PMIPSL0) and Pipelined MIPSL (PMIPSL)
• SN5408, SN54LS08, SN54S08 SN7408, SN74LS08, SN74S08
• University of Hawaii Department of Electrical Engineering
• Galen Sasaki EE 361 University of Hawaii 1 MultiCycle MIPS
• Simple Layout Algorithms To Maintain Network Connectivity Under Faults
• EE 361L Digital Systems and Computer Design Laboratory University of Hawaii
• SN5486, SN54LS86A, SN54S86 SN7486, SN74LS86A, SN74S86
• Galen Sasaki EE 260 University of Hawaii 1 Electronic Design Automation
• Galen Sasaki, Department of Electrical Engineering, University of Hawaii Explanation of PIC 16F84A processor data sheet Part 3: Final Overview of PIC
• EE 361L Report Grading Date: September 8, 2008
• SN54174, SN54175, SN54LS174, SN54LS175, SN54S174, SN54S175, SN74174, SN74175, SN74LS174, SN74LS175, SN74S174, SN74S175
• EE 361L Fall 2009 Pipelined MIPSL0 (PMIPSL0) and Pipelined MIPSL (PMIPSL)
• University of Hawaii Department of Electrical Engineering
• In this paper we provide a quantitative framework for best-effort protection of the optical layer. This framework allows to
• SYLLABUS EE 660 Computer Architecture I Fall 2006 Course Description: The course will cover the fundamentals of computer design and
• Fall 2001: EE 693F Optical Networks Instructor: Galen Sasaki: Tel: 808 956 6103. E-mail: sasaki@spectra.eng.hawaii.edu
• Galen Sasaki, Department of Electrical Engineering, University of Hawaii Explanation of PIC 16F84A processor data sheet Part 2: More on the PIC
• Galen Sasaki University of Hawaii 1 Input/Output (I/O, IO Notes)
• SN54160 THRU SN54163, SN54LS160A THRU SN54LS163A, SN54S162, SN54S163, SN74160 THRU SN74163, SN74LS160A THRU SN74LS163A,
• IMPORTANT NOTICE Texas Instruments (TI) reserves the right to make changes to its products or to discontinue any semiconductor
• IMPORTANT NOTICE Texas Instruments and its subsidiaries (TI) reserve the right to make changes to their products or to discontinue
• Survivable IP Over WDM: An Efficient Mathematical Programming Problem Formulation1
• SN5430, SN54LS30, SN54S30 SN7430, SN74LS30, SN74S30
• Galen Sasaki EE 361 University of Hawaii Fall C functions
• Galen Sasaki University of Hawaii 1 Detectors
• EE 361L Digital Systems and Computer Design Laboratory University of Hawaii Department of Electrical Engineering
• 2009 Microchip Technology Inc. DS40044G PIC16F627A/628A/648A
• Galen Sasaki, Department of Electrical Engineering, University of Hawaii Explanation of PIC 16F648A processor data sheet --Part 2: More on the PIC
• University of Hawaii EE 361L MPLab Quick Tutorial and Project 2.1
• Galen Sasaki, Department of Electrical Engineering, University of Hawaii Overview of the PIC 16F648A Processor: Part 1
• University of Hawaii Getting Started with Spartan 3E
• University of Hawaii Department of Electrical Engineering
• Galen Sasaki, Department of Electrical Engineering, University of Hawaii Explanation of PIC 16F84A processor data sheet --Part 3: Final Overview of PIC