Private:progress-hasib - Revision history

Abhasib at 16:27, 27 November 2012

2012-11-27T16:27:52Z

2012-11-27T16:26:56Z

2012-11-11T04:25:47Z

2012-10-28T02:41:21Z

2012-10-28T02:40:58Z

2012-10-13T19:50:04Z

2012-10-05T17:16:43Z

2012-10-04T14:50:44Z

2012-05-05T17:38:04Z

2012-05-05T17:37:03Z

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-===Nov 10===
+===Nov 27===
-I have done simulation for icdcs 2013 paper. I have included mobility model and propagation model results with the previous work.
+I have done simulation for icdcs 2013 paper. I have included mobility model and propagation model results with the previous MMSys work.
 I wrote the proposed system section, as well improved Problem Statement and formulation sections.

← Older revision		Revision as of 16:26, 27 November 2012
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		+	===Nov 10===
		+	I have done simulation for icdcs 2013 paper. I have included mobility model and propagation model results with the previous work.
		+
		+	I wrote the proposed system section, as well improved Problem Statement and formulation sections.
		+
	===Nov 10===		===Nov 10===
	I wrote Problem Statement and formulation of - Channel Quality Adaptive bandwidth-efficient delivery of the scalable videos for VoD service over LTE Networks. The objective is to maximize video quality. Next week I shall write an extended formulation with cooperative/ advanced buffering feature and the heuristic algorithm.		I wrote Problem Statement and formulation of - Channel Quality Adaptive bandwidth-efficient delivery of the scalable videos for VoD service over LTE Networks. The objective is to maximize video quality. Next week I shall write an extended formulation with cooperative/ advanced buffering feature and the heuristic algorithm.

← Older revision		Revision as of 04:25, 11 November 2012
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		+	===Nov 10===
		+	I wrote Problem Statement and formulation of - Channel Quality Adaptive bandwidth-efficient delivery of the scalable videos for VoD service over LTE Networks. The objective is to maximize video quality. Next week I shall write an extended formulation with cooperative/ advanced buffering feature and the heuristic algorithm.
		+
	===Oct 27===		===Oct 27===
	Topic: OFDMA resource allocation		Topic: OFDMA resource allocation

← Older revision		Revision as of 02:41, 28 October 2012
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	Topic: Video-on-demand		Topic: Video-on-demand
		+
	I have reviewed Saleh’s report and sent him back the document with my comments. We have met to discuss how to write the problem statement and improve the problem formulation. We also have discussed about the user behavior model and profit for segments.		I have reviewed Saleh’s report and sent him back the document with my comments. We have met to discuss how to write the problem statement and improve the problem formulation. We also have discussed about the user behavior model and profit for segments.

← Older revision		Revision as of 02:40, 28 October 2012
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		+	===Oct 27===
		+	Topic: OFDMA resource allocation
		+
		+	I checked the OPNET code for power management, channel model and path loss calculation in LTE. I discussed my finding with Masum.
		+	I also discussed the possible approaches for inter-cell interference mitigation in LTE network, based on last week literature review. We have decided that during sub-carrier selection, we will compare average CQI and subband CQI for each user, which will help us to overcome ICIC.
		+	I also have done literature review on few recent works.
		+
		+	Topic: Video-on-demand
		+	I have reviewed Saleh’s report and sent him back the document with my comments. We have met to discuss how to write the problem statement and improve the problem formulation. We also have discussed about the user behavior model and profit for segments.
		+
	===Oct 13===		===Oct 13===
	Reviewing:		Reviewing:

← Older revision		Revision as of 19:50, 13 October 2012
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		+	===Oct 13===
		+	Reviewing:
		+	1) Data rate variation with channel condition and power allocation.
		+	2) Literature on power and resource block allocation for LTE.
		+
	===Oct 4===		===Oct 4===
	In last 4 months, I have worked on the paper "Power Efficient Multicast-Unicast Video-on-Demand		In last 4 months, I have worked on the paper "Power Efficient Multicast-Unicast Video-on-Demand

@@ Line 2: / Line 2: @@
 In last 4 months, I have worked on the paper "Power Efficient Multicast-Unicast Video-on-Demand
 Streaming Algorithms over LTE Networks". I contributed in OPNET simulation of the algorithm.
-I also proposed two algorithms for resource allocation in heterogeneous wireless networks. I prepared a Ericsson grant application for this proposal.
+I also worked on two algorithms for resource allocation in heterogeneous wireless networks. I prepared a Ericsson grant application for this proposal.

← Older revision		Revision as of 14:50, 4 October 2012
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		+	===Oct 4===
		+	In last 4 months, I have worked on the paper "Power Efficient Multicast-Unicast Video-on-Demand
		+	Streaming Algorithms over LTE Networks". I contributed in OPNET simulation of the algorithm.
		+	I also proposed two algorithms for resource allocation in heterogeneous wireless networks. I prepared a Ericsson grant application for this proposal.
		+
		+
	===May 5===		===May 5===
	I am working on user association algorithm for LTE advanced Hetnet.		I am working on user association algorithm for LTE advanced Hetnet.

@@ Line 13: / Line 13: @@
 He is preparing a literature review.
-April 1
+===April 1===
 Generated the simulation results in OPNET and included the results in "ACM Multimedia" paper.
 Masum's Progress:
@@ Line 20: / Line 19: @@
-March 17
+===March 17===
 I have used video trace files in LTE multicasting scenarios and generated results for multicast throughput, MBMS bearer delay, packet drop etc. The results are explainable. I have tested the scenarios for different MBMS bearer rates. I have found that the maximum MBMS bearer support is 384kpbs. I also have read few documents to understand MBMS standard and scheduling in LTE. Now I am going through the process models in LTE and hope to start modifying soon.

@@ Line 1: / Line 1: @@
-May 5
+===May 5===
 I am working on user association algorithm for LTE advanced Hetnet.
-April 13
+===April 13===
 This week I have implemented periodic broadcast in OPNET and worked on the ACM Multimedia paper.