PPT-Elevator Scheduling

Mingzhou Hu Yujian Gao Haogang Su Xiangya Yan Importance of Elevator Scheduling Percentages of buildings with elevators Wait Time New York 166 years Los Angeles 13 years Time spent in the elevator o5 6 years. Chapter 5: CPU Scheduling. Basic Concepts. Scheduling Criteria . Scheduling Algorithms. Thread Scheduling. Multiple-Processor Scheduling. Operating Systems Examples. Algorithm Evaluation. Objectives. By: Ben Malakoff, Alyssa . Traitz. , . Chloe Frankel, Samantha . Rabstein. , Hannah . Raskin. Purpose. . Explore the boundaries of, and incite social interaction within, the socially awkward public space of an elevator.. WirelessHART. Networks. by. Abusayeed. . Saifullah. , You Xu, . Chenyang. Lu, and . Yixin. Chen. A Presentation of Findings for CSE5095. Joshua . Ivaldi. Dept of Electrical and Computer Engineering. Lingfeng Luo. Zhao Han. Elevator Scheduling Problem. Elevator as a control System. Behavior depends on programmed algorithms. . Different solution depending on building type and number of elevators working together. By. Dr. Amin Danial Asham. References. Real-time Systems Theory and Practice. . By . Rajib. mall. Task Scheduling. Real-Time task scheduling essentially refers to determining the order in which the various tasks are to be taken up for execution by the operating system. Every operating system relies on one or more task schedulers to prepare the schedule of execution of various tasks it needs to run. Each task scheduler is characterized by the scheduling algorithm it employs. A large number of algorithms for scheduling real-Time tasks have so far been developed. Real-Time task scheduling on uniprocessors is a mature discipline now with most of the important results having been worked out in the early 1970's. The research results available at present in the literature are very extensive and it would indeed be grueling to study them exhaustively. In this text, we therefore classify the available scheduling algorithms into a few broad classes and study the characteristics of a few important ones in each class. . Suli Yang, Tyler Harter, . Nishant. . Agrawal. , . Samer. Al-. Kiswany. , . Salini. . Selvaraj. . Kowsalya. ,. . Anand. Krishnamurthy, . Rini. T . Kaushik. , . Andrea C. . Arpaci-Dusseau. , . Remzi. Multi-core Processors. Dawei Li . and Jie . Wu. Department of Computer and Information Sciences. Temple University, Philadelphia, . USA. The 43. rd. International . C. onference on Parallel . P. rocessing. CS . 355. Operating Systems. Dr. Matthew Wright. Operating System Concepts. chapter 5. Basic Concepts. Process execution consists of a . cycle. of CPU execution and I/O . wait.. Typical CPU Burst Distribution. Chapter 16. Copyright © 2015 McGraw-Hill Education. All rights reserved. No reproduction or distribution without the prior written consent of McGraw-Hill Education.. You should be able to:. LO 16.1 Explain what scheduling involves and the importance of good scheduling. By. Dr. Amin Danial Asham. References. Real-time Systems Theory and Practice. . By . Rajib. mall. Task Scheduling. Real-Time task scheduling essentially refers to determining the order in which the various tasks are to be taken up for execution by the operating system. Every operating system relies on one or more task schedulers to prepare the schedule of execution of various tasks it needs to run. Each task scheduler is characterized by the scheduling algorithm it employs. A large number of algorithms for scheduling real-Time tasks have so far been developed. Real-Time task scheduling on uniprocessors is a mature discipline now with most of the important results having been worked out in the early 1970's. The research results available at present in the literature are very extensive and it would indeed be grueling to study them exhaustively. In this text, we therefore classify the available scheduling algorithms into a few broad classes and study the characteristics of a few important ones in each class. . Sherri Brown. Zonta. Club of St. Louis. sherribrown227@gmail.com. What is a brand?. What does a brand stand for?. Features. Attributes. Benefits. What does a brand stand for?. FABs. Ferrari. BMW. Volvo. ELEVATOR –WEIGHT and NEWTON’S SECOND LAW https://www.youtube.com/watch?v=sVVKpRvuNG0 No Acceleration Go up+ Speeding up ( +a) Go up+ Slowdown (-a) F NET = ma F N - mg = 0 F N = mg F N – mg = ma KONE ReVolution is a complete elevator system upgrade which will improve the performance of your existing elevator system. KONE ReVolution is ideal for any low-, mid- or high-rise application.This com A TOUCHLESS SOLUTION FOR CALLING ELEVATORS Safety No need to touch the elevator buttons Convenience Call the elevator with your mobile device from anywhere in the building Future-proof technology