Some problems in the data Multimedia processing system E-learning

Le Manh *

* Correspondence: Le Manh (email: ManhL@vhu.edu.vn)

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Received: 07 Nov 2016
Revised:
Accepted: 16 Nov 2016
Published: 12 Jan 2017
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How to Cite
Lê, M. . (2017). Some problems in the data Multimedia processing system E-learning. Van Hien University Journal of Science 4(4), 12.
Issue
Volume 4 - Issue 4 (2016)
Section
Công nghệ thông tin

Main Article Content

Abstract

System e-learning has been applied in many training environment of university education. The advantage of this system is to enable students to have the ability to choose when and how to access learning resource suitable to their requirements. With the development of information technology, Internet of Thing age and Multimedia data (Movies, Photos, Audio ..) for online training system is interested in research and building technology perfectly. In this paper, protocols suitable to Multimedia data are studied and recommended and prior adjustment of each data type serving E-learning more effectively.
Keywords: Protocol, Multimedia Data, E-learning.

Article Details

References

[1] Rosário D., Zhao Z., Silva C., Cerqueira E. and Torsten Braun, 2013. An OMNeT++ Framework to Enable Video Transmission and Evaluation for Mobile Wireless Multi- media Sensor Network, OMNeT++.

[2] Klein D. and Jarschel M., 2013. An OpenFlow Extension for the OMNeT++ INET Framework, OMNeT++.

[3] Machado K., Ros´ario D; Cerqueira, E., Loureiro, A. A. F; Neto A. and Souza, J. N., 2013. A Routing Protocol Based on Energy and Link Quality for Internet of Things Applications, Sensor, Basel, 13(2), pp. 1942-1964.

[4] Eiza M. H., Qiang Ni, Owens T., Min G., 2013. Investigation of routing reliability of vehicular ad hoc networks. Journal on Wireless Communication and Networking.

[5] Fernández M., Calafate C. T., Cano J. C and Manzoni P., 2014. INET frame- work extension for TCP Vegas and TCP Westwood, OMNeT++.

[6] Nastasi C. and Cavallaro A., 2012. WiSE-MNet: an experimental environment for wireless multimedia sensor networks, OMNeT++.

[7] Abade E., Kaji K., Kawaguchi N., 2014. QS-XCAST: A QoS Aware XCAST Implementation, OMNeT++.

[8] Zhao H., Shi Y. Q, Ansari N., 2013. Steganography in Streaming Multimedia over Net- works, Springer.

[9] Al-Momin M., Cosmas J. and Amin S., 2012. Adaptive Three-Layer Weighted Links Routing Protocol for Secure Transmission over Optical Networks, Wseas Transactions on Com- munications.

[10] Thomas W. and Lajish V.L, 2012. An Energy-aware Technique to Improve the Lifetime of Cell Phone Based WSNs Using ISA100.11a, IJAIEM.

[11] Varga A., 2011. OMNeT++ User Guide Version 4.2.2.

[12] Tos U., Ayav T., Adaptive RTP Rate Control Method, Paper presented at the 35th Anual IEEE, International Computer Software and Applications Conference Workshop.

[13] Al-Hazmi Y., Meer H., 2011. Virtualization of 802.11 Interfaces for Wireless Mesh Networks, IEEE.

[14] Mochnác J., Marchevský S. and Kocan P., 2010. Simulation of Packet Losses in Video Transfers Using Real-time Transport Protocol, IEEE.

[15] Liang P., Shun Y., 2013. Research and Implementation of Voice Transmission Based on RTP Protocol, ICCP.

[16] Schulzrinne, et al., 2003. RFC 3550.