Hasil untuk "Computer engineering. Computer hardware"

Yongguo Jiang, Haipeng Qu, Hao Su et al.

V. Venkataramanan, S. Lakshmi

Pham Van Tuan, A.G. Shpektorov

Piyush Kumar, Anupam Agrawal

Mohammad Tehranipoor, Hassan Salmani, Xuehui Zhang et al.

Iosif I. Androulidakis

Murray Pearson, Dean Armstrong, Tony McGregor

Luis Serra, Rodney Lionel Rhodes

Joe Grand

Swen A. Larsen

Shylashree

Paulo Quintiliano, João Costa, Flavio Deus et al.

Cecil Goldstein, Karen Stark, Susanna Leisten et al.

This chapter discusses the effective use of a simulation tool in the teaching of data communication concepts. Because such concepts can be abstract and therefore difficult to visualise and understand, simulation can help facilitate learning. In looking to develop a structured approach to optimally utilising a network simulator in teaching networking concepts, a series of targeted exercises were developed. These applied the principles of active learning to the use of the simulator in practical exercises to encourage independent and analytical processes and facilitate deeper learning. The background to this, as well as the design and implementation of the exercises, is presented. Similarly, the features of an appropriate network simulator that can be effectively used in this context are discussed, and a brief overview of the simulation tool used, Packet Tracer, is given. To illustrate the methodology, examples are provided from the actual exercises given to students. The system was also evaluated through an experiment that measured the improvement in understanding of a particular topic, switched networks, after students participated in a practical on this topic using the exercises discussed. A clear increase in understanding was shown. The incorporation of the simulator in developing case studies to progressively integrate concepts learned as an ongoing, practical exercise is also presented. In addition, the use of simulation to learn troubleshooting skills and strategies by employing a simulated network containing deliberately created errors that need to be resolved is discussed.

Han-bin Bai, Li Qiang, Guan Yingwei

Klaus Schneider, Ramayya Kumar, Thomas Kropf

Mary Sheeran

B. Swahn, S. Hassoun

Michael Freeman, Thimal Jayasooriya

Arnold S. Berger

C. Machover