Try   HackMD

Weekly Report

tags: weekly report

2023/2/8

  • Experiment handover

2023/2/1

  • Revise the thesis
  • Experiment documents

2023/1/18

  • TUZ

2023/1/11

  • Journal
  • Thesis
  • Oral ppt

2022/12/28

  • Journal
  • Thesis

2022/12/21

  • Journal
  • Thesis

2022/12/14

  • Journal

2022/12/7

  • Journal

2022/11/30

  • Journal

2022/11/23

  • Journal

2022/11/17

  • Journal

2022/11/9

  • Journal

2022/10/26

  • Journal
  • Simulating Wear-out Effects of Asymmetric Multicores at the Architecture Level

2022/10/19

  • Journal

2022/10/12

  • Journal

2022/10/5

  • Journal

2022/9/27

  • Journal
  • Oral ppt

2022/9/21

  • Journal
  • Oral ppt

2022/5/16

  • Control group

2022/5/2

  • Run simulation

2022/4/25

  • Simulator
  • NBTI-aware DVFS: A new approach to saving energy and increasing processor lifetime

2022/4/11

  • multicore simulator
    • address an overlap of tasks

2022/3/28

  • run gem5 and generate the task profile

2022/3/14

  • experiment setup

2022/3/7

  • An Aging-Aware Routing Algorithm for ImprovingReliability in NoC-Based Multicore Systems
  • generate benchmark

2022/2/21

  • Multicore exeperiment

2022/2/14

  • run benchmark under new Vth
  • generate profile including age, frequency, period, and power
    • LITTLE: 3
    • big: 2

2022/2/7

  • run c432, c432d in different model card

2021/1/24

  • [80%] VLSI final

2021/1/10

  • [10%] VLSI final
  • run c432, c432d (different period)

2021/1/3

  • [100%] VLSI HW4
  • [1%] VLSI final
  • run c432, c432d

2021/12/27

  • [70%] VLSI HW4
  • run c432, c432d
  • An adaptive, utilization-based approach to schedule real-time tasks for ARM big.LITTLE architectures

2021/12/20

  • [30%] VLSI HW4
  • Dynamic Partitioned Scheduling of Real-Time DAG Tasks on ARM big.LITTLE Architectures*
  • Real-Time Task Scheduling
  • Task model

2021/12/5

  • [100%] VLSI HW3
  • An Empirical Approach to Minimize Latency of Real-Time Multiprocessor Linux Kernel
  • Task model

2021/11/29

  • [60%] VLSI HW3
  • problem formulation (task)
  • Aging-Constrained Performance Optimization for Multi Cores

2021/11/22

  • [20%] VLSI HW3
  • [100%] VLSI HW2
  • problem formulation

2021/11/15

  • [80%] VLSI HW2
  • problem formulation

2021/11/8

  • [30%] VLSI HW2

2021/11/1

  • [10%] VLSI HW2
  • Experiments with Odroid-XU3 board

2021/10/25

  • AXI
  • Yulin's work
  • tasks' performance on different v/fs

2021/10/18

  • [100%] VLSI HW1
  • Aging-Aware boosting
  • CHOAMP: Cost Based Hardware Optimization for Asymmetric Multicore Processors

2021/10/4

  • [90%] VLSI HW1
  • NBTI-Aware DVFS: A New Approach to Saving Energy and Increasing Processor Lifetime

2021/9/27

  • [100%] VLSI HW3
  • [10%] VLSI HW1
  • Aging-Aware Boosting

2021/9/13

  • [70%] VLSI HW3
  • Power-Efficient Big.LITTLE Core Assignment Scheme for Task Graph Based Real-Time Smartphone Applications

2021/9/6

  • [50%] VLSI HW3
  • A Dynamic Voltage Scaling Algorithm for Sporadic Tasks

2021/8/30

  • [10%] VLSI HW3
  • Machine Learning for Power, Energy, and Thermal Management on Multicore Processors: A Survey

2021/8/23

  • [1%] VLSI HW3
  • Dynamic power management techniques in multicore architectures: A survey study

2021/8/16

  • [100%] VLSI HW2
  • NBTI-Aware DVFS: A New Approach to Saving Energy and Increasing Processor Lifetime Mehmet
  • Aging-aware Hardware-Software Task Partitioning for Reliable Reconfigurable Multiprocessor Systems

2021/8/2

  • [90%] VLSI HW2
  • paper review for task scheduling

2021/7/26

  • [30%] VLSI HW2
  • DynamIQ

2021/7/19

  • [100%] VLSI HW1
  • AdaMD: Adaptive Mapping and DVFS for Energy-Efficient Heterogeneous Multicores
  • DynamIQ

2021/7/11

  • [50%] VLSI HW1
  • [50%] AdaMD: Adaptive Mapping and DVFS for Energy-Efficient Heterogeneous Multicores

2021/7/5

  • [100%] DIC HW5
  • [40%] search paper about multicore dvfs

2021/6/28

  • [100%] DIC exam
  • [60%] DIC hw5
  • [100%] NASA exam
  • [100%] NASA lab16
  • [30%] search paper about DynamIQ

2021/6/21

  • [100%] AIC final project
  • [100%] NA/SA Lab11
  • [10%] DIC HW5
  • [10%] NA/SA Lab16
  • A transparent and adaptive reconfigurable system Antonio

2021/6/7

  • [100%] DIC HW4
  • [100%] NA/SA Lab14
  • [40%] AIC final project

2021/5/31

  • [60%] DIC HW4
  • [50%] NA/SA Lab14
  • [100%] paper presentation

2021/5/24

  • [100%] AIC midterm
  • [50%] NA/SA Lab12
  • [100%] search paper

2021/5/10

  • [80%] AIONCHIP midterm
  • [100%] DIC HW3
  • [60%] Yulin's experiment
  • [60%] YongChe's experiment

2021/5/10

  • [100%] NA/SA Lab7
  • [100%] AIONCHIP HW1
  • [50%] Yulin's experiment
  • [50%] YongChe's experiment
  • [80%] DIC midterm exam

2021/5/3

  • [50%] NA/SA Lab7
  • [50%] AIONCHIP HW1
  • [50%] Yulin's experiment
  • [50%] YongChe's experiment

2021/4/26

  • NA/SA Lab7
  • AIONCHIP HW1
  • Yulin's experiment
  • YongChe's experiment

2021/4/19

  • NA/SA
    • Lab7
    • exam
  • AIONCHIP
    • HW1
    • exam
  • Novel Sel-Pipeling Approach for Speed-Power Efficient Reliable Binary Multiplication

2021/4/12

  • DIC HW1 HW2
  • NA/SA Lab6
  • Run Yulin's code

2021/3/28

  • NA/SA Lab5
  • Aging-Aware Reliable Multiplier Design With Adaptive Hold Logic

2021/3/22

  • ICC 2014
  • Network Administration Lab4

2021/3/15

  • IC Contest 2016 2015
  • Network Administration
  • A Novel Aging Sensor With Programmable Resolution

2021/3/8

  • Performance-based and Aging-aware Resource Allocation for Concurrent GPU Application
  • CO HW3
  • IC Contest 2017

2021/2/22

2021/2/8

  • TSRI course
  • CA HW4
  • IC Contest 2020, 2018
  • A Novel NBTI-Aware Chip Remaining Lifetime Prediction Framework Using Machine Learning

2021/1/25

  • CA HW1, HW2
  • e-learning

2021/1/20

  • CA project
  • e-learning

2021/1/11

  • Mobile Network, DS exam
  • CVDL project
  • CA project

2021/1/4

  • CVDL HW
  • DS HW
  • DLIC project
  • Mobile Network exam

2020/12/28

  • Neurocube: A Programmable Digital Neuromorphic Architecture with High-Density 3D Memory
  • CA assignment
  • code

2020/12/21

  • CVDL HW
  • CA Quiz
  • code

2020/12/14

  • DT-CNN: Dilated and Transposed Convolution Neural Network Accelerator for Real-time Image Segmentation on Mobile Devices
  • code
  • DLIC HW

2020/12/7

2020/11/30

2020/11/23

  • CA, DLIC

2020/11/16

  • DS, CA, CVDL
  • Mobile Network

2020/11/9

  • CVDL, CA
  • Mobile Network

2020/11/2

  • ML video
  • CVDL, DLIC HW

2020/10/26

  • ML vedio
  • CA, CVDL

2020/10/19

  • A CNN Accelerator on FPGA Using Depthwise Separable Convolution
  • Mobile Network, DLIC

2020/10/12

  • A CNN Accelerator on FPGA Using Depthwise Separable Convolution
  • HW

2020/10/5

  • Semi-supervised
  • computer architecture, data structure HW

2020/9/28

  • pytorch, CNN
  • HW of courses

2020/9/21

  • course
  • CNN

2020/9/14

  • ML(Neural Network)
  • 昱霖's thesis

2020/9/7

  • DIC, ML
  • DIC_HW4

2020/8/24

  • DIC, ML
  • Problem 6, 7
  • DIC_HW4(ing)

2020/8/17

  • DIC, EDA, ML
  • Problem 5, 9
  • DIC_HW4(ing)

2020/8/10

  • DIC, EDA, ML
  • Problem 8, 10

2020/8/3

  • DIC, OOP
  • DIC_HW3, ACM ICPC

2020/7/27

  • DIC, OOP
  • DIC_HW2, ACM ICPC

2020/7/20

  • watch DIC, OOP
  • DIC_HW1
Last changed by 
 
VVang
0
733

Read more

Memory

link locality temporal if accessed, will access again soon loop spatial

Apr 13, 2021
Laravel 創建與設定

創建 Laravel --demo composer create-project laravel/laravel demo --prefer-dist rewite、vhost設定 開啟C:\xampp\apache\conf\httpd.conf #LoadModule rewrite_module modules/mod_rewrite.so // 註解取消 #LoadModule vhost_alias_module modules/mod_vhost_alias.so // 註解取消

Mar 24, 2020
Read more from VVang
Published on HackMD