Scheduling in Green Vehicular Infrastructure with Multiple Roadside Units Amir Khezrian, Abdulla Hammad and Terence D. Todd George Karakostas

Source URL: www.cas.mcmaster.ca

• Wireless networking
• Network flow
• Operations research
• Vehicular ad hoc network
• Minimum-cost flow problem
• Wireless ad hoc network
• Intelligent transportation system
• Maximum flow problem
• Integer programming

Eliminating Cache-Based Timing Attacks with Instruction-Based Scheduling Deian Stefan1 , Pablo Buiras2 , Edward Z. Yang1 , Amit Levy1 , David Terei1 , Alejandro Russo2 , and David Mazières1 1

Source URL: cseweb.ucsd.edu

CalConnect Holds Second Mobile Calendaring and Scheduling Interoperability Testing Kerio Technologies Hosted Test Event in Czech Republic November 24, The Calendaring and Scheduling Consortium (_www.calconnect.or

Source URL: calconnect.org

Privacy-Enhanced Web-Based Event Scheduling with Majority Agreement Benjamin Kellermann Technische Universit¨ at Dresden, Faculty of Computer Science, DDresden, Germany

Source URL: dud.inf.tu-dresden.de

CalConnect Will Hold its First European Interoperability Test Event and Conference in Prague CalConnect XXII Focuses on Advancing Calendaring and Scheduling Standards for More Effective Business Communication August 18,

Source URL: calconnect.org

Clustered Scheduling System User Guide I. Writing a Task Include the task.h header file, which contains the following: Define task_t task, which is declared in task.h. The task struct must contain an init function pointe

Source URL: prt.cse.wustl.edu

WVU Facilities Planning and Scheduling Event and General Purpose Classroom Scheduling Guidelines Effective classroom scheduling is critical to the mission of West Virginia University and the Office of Facilities Planning

Source URL: its.statler.wvu.edu

Scheduling Distributed Data-Intensive Applications on Global Grids by Srikumar Venugopal Submitted in total fulfilment of

Source URL: cloudbus.org

Using Linked List in Exact Schedulability Tests for Fixed Priority Scheduling ∗ School Jiaming Lv∗ , Xingliang Zou§ , Albert M. K. Cheng§ , and Yu Jiang+∗ of Computer Science and Technology, Heilongjiang Universi

Source URL: 2016.rtas.org

Work Stealing for Interactive Services to Meet Target Latency ∗ Jing Li∗ Kunal Agrawal∗ Sameh Elnikety† Yuxiong He† I-Ting Angelina Lee∗ Chenyang Lu∗

Source URL: www.cse.wustl.edu

• Scheduling
• Inter-process communication
• Response time
• Television technology
• Latency
• Futures and promises
• Task
• Computing
• Engineering
• Technology