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IEEE Design&Test Vol. 35, Issue 6

IEEE Design&Test Vol. 35, Issue 6
Speaker:
Special Issue on Energy and Power Management for Electric Vehicles
Location:

IEEE Explorer

Date: November/December
Design & Test

Magazine
Volume 35, Issue 6 (November/December)

Highlights
Special Issue on "Energy and Power Management for Electric Vehicles"
General Interest Paper by AWeifeng Liu, Yiyong Yang, Chuankun Han, Linhong Ji, and Jia Cheng, "Measuring System Design and Experimental Research on Electrostatic Attractive Force"
General Interest Paper by M. Amin Sabet, Behnam Ghavami, and Mohsen Raji, "GPU-Accelerated Soft Error Rate Analysis of Large-Scale Integrated Circuits"
Conference Report by aydeep Kulkarni and Thomas F. Wenisch, "Report on the 2018 IEEE/ACM International Symposium on Low Power Electronics and Design"
Conference Report by Yervant Zorian "The 10th China Test Conference"

November/December 2018 Content


From the EIC
Managing Electric Vehicles
  View full article (PDF).

Energy and Power Management for Electric Vehicles
Guest Editors’ Introduction
  View full article (PDF).
Path to Eco-Driving: Electric Vehicle HVAC and Route Joint Optimization
  This article targets at optimizing driving range and battery lifetime for EVs. The authors propose a scheme by which heating, ventilation, and air condition systems can be jointly optimized with driving routes while considering electric motors. read more.
View full article (PDF).
Aging and Cost Optimal Residential Charging for Plug-In EVs
  Charging plug-in electric vehicles (PEVs) lead to gradual degradation of battery capacity and, hence, pose a hidden cost for each charge cycle. read more.
View full article (PDF).
Hierarchical Electric Vehicle Charging Aggregator Strategy Using Dantzig-Wolfe Decomposition
  This article focuses on reducing a charging cost for electric vehicles (EVs). A charging strategy is proposed to minimize the charging cost of EVs within the charging station constraints. read more.
View full article (PDF).
Reconfigurable Photovoltaic Systems for Electric Vehicles
  This article discusses the insights for design and implementation of onboard PV systems for electrical vehicles. It proposes novel and efficient approaches to maximize the performance of onboard PV systems. The proposed method has been extensively validated for industrial applications. read more.
View full article (PDF).

Survey Paper
Survey of Low-Power Electric Vehicles: A Design Automation Perspective
  The survey of the guest editors provides a comprehensive introduction to the design process of electric vehicles. Relevant topics such as the modeling of efficiency of the propulsion engine, optimization of the propulsion engine, runtime driving management, battery systems, and charging are introduced and provide the necessary knowledge to understand state-of-the-art research of this special issue... read more.
View full article (PDF).

General Interest Papers
Measuring System Design and Experimental Research on Electrostatic Attractive Force
  The authors present a platform for measuring the electrostatic attractive force that is key in the manufacturing process, i.e., for designing and modeling. read more
View full article (PDF).
GPU-Accelerated Soft Error Rate Analysis of Large-Scale Integrated Circuits
  In this article, a team of researchers from Shiraz University and the Shahid Bahonar University of Kerman, Iran, investigates soft error rate (SER) estimation. read more
View full article (PDF).
 
Departments
Roundtable: Machine Learning for Embedded Systems: Hype or Lasting Impact?
  View full article (PDF).
Report on the 2018 IEEE/ACM International Symposium on Low Power Electronics and Design
  View full article (PDF).
The 10th China Test Conference
  View full article (PDF).
Running on Empty
  View full article (PDF).