Output Screens

Location of the Project

43

External View of the Artifact

From this diagram we observe a Femtocells base station is connected to the home net work

A STUDY ON EFFICIENCY OF FEMTOCELL

44

Home network configuration

45

Configuration details

A STUDY ON EFFICIENCY OF FEMTOCELL

46 Mobile 1 FTP vs Mobile 2 HTTP

We get thae above graph when the FPT is taken in the mobile 1 and the HTTP is taken in the mobile 2 .by these two combinations the delay throughput and conectivity is veriied.where in FTP download option is selected and in HTTP download option is selected.

47

Mobile 1 HTTP vs Mobile 2 FTP

We get thae above graph when the HTTP is taken in the mobile 1 and the FTP is taken in the mobile 2 .by these two combinations the delay throughput and conectivity is veriied.where in FTP download option is selected and in HTTP download option is selected.

A STUDY ON EFFICIENCY OF FEMTOCELL

48

Mobile 1 Video conferencing vs Mobile 2 voice

We get thae above graph when the video conferencing application is taken in the mobile 1 and the voice application is taken in the mobile 2 .by these two combinations the delay throughput and conectivity is verified.where in video conferencing packetdelay option is selected and in voice jitter option is selected.

49

Mobile 1Voice vs Mobile 2 Video conferencing

We get thae above graph when the voice application is taken in the mobile 1 and the video conferencing application is taken in the mobile 2 .by these two combinations the delay throughput and conectivity is verified.where in voice jitter option is selected and in videoconferencing packet delay variation option is selected.

A STUDY ON EFFICIENCY OF FEMTOCELL

50

Mobile 1 Video conferencing vs Mobile 2 FTP

We get thae above graph when the video conferencing is taken in the mobile 1 and the video FTP application is taken in the mobile 2 .by these two combinations the delay throughput and conectivity is verified.where in video conferencing packet delay option is selected and in FTP download file size variation option is selected.

51

Mobile 1 FTP vs Mobile 2 Video conferencing

We get thae above graph when the FTP application is taken in the mobile 1 and the video conferencing application is taken in the mobile 2 .by these two combinations the delay throughput and conectivity is verified.where in FTP download file size option is selected and in videoconferencing packet delay variation option is selected.

A STUDY ON EFFICIENCY OF FEMTOCELL

52

Mobile 1 Voice vs Mobile 2 FTP

We get thae above graph when the voice application is taken in the mobile 1 and the FTP application is taken in the mobile 2 .by these two combinations the delay throughput and conectivity is verified.where in voice jitter option is selected and in download file size variation option is selected.

53

Mobile 1 FTP vs Mobile 2 Voice

We get thae above graph when the FTP is taken in the mobile 1 and the voice application is taken in the mobile 2 .by these two combinations the delay throughput and conectivity is verified.where in FTP download file size is selected and in voice jitter option is selected.

A STUDY ON EFFICIENCY OF FEMTOCELL

54 Mobile 1 Video conferencing vs Mobile 2 HTTP

We get thae above graph when the Video conferencing application is taken in the mobile 1 and the HTTP application is taken in the mobile 2 .by these two combinations the delay throughput and conectivity is verified.where in Video conferencing packet dalay option is selected and in HTTP download object variation option is selected.

55 Mobile 1 HTTP vs Mobile 2 Videoconferencing

We get thae above graph when the HTTP application is taken in the mobile 1 and the Videoconferencing application is taken in the mobile 2 .by these two combinations the delay throughput and conectivity is verified.where in HTTP download option is selected and in Videoconferencing packet delay variation option is selected.

A STUDY ON EFFICIENCY OF FEMTOCELL

56

CHAPTER 8

Conclusion

In this project it is observed that femtocells are a new emerging technology in the wireless communications. It has large impact on the mobile service providers to provide their consumers a very good quality of services without any difficulties. Still there are many researches going on femtocells issues like coverage, security and cost. In order to install a Femtocell at domestic or at a business environment a broadband internet is required and to enjoy services a minimum 3G hand set is required for costumer. In coming days the Femtocell technology will change the phase of the telecom industry.

In my project I have verified the efficiency of the femtocells can be increased by decreasing the delay and by increasing the throughput and also reliable connectivity.

57

References

[1] Guvenc, I., (2010), ‘Special Issue on Femtocell Networks’, EURASIP Journal on Wireless Communications and Networking, California: Hindawi Publishing Corporation.

[2] Ortiz, S., (2008), ‘The Wireless Industry Begins to Embrace Femtocells’, Technology Newz, IEEE Computer Society.

[3] Hobby,J.D., and Claussen, H., (2009), “Deployment Options for Femtocells and TheirImpact on Existing Macrocellular Networks”, Bell Labs Technical Journal, 13(4), 145-160.

[4] Universal Mobile Access, (2007), ‘Provide high-performance mobile coverage at home’, The 3GPP Standard for Convergence, UMA Today.

[5] Femtocells and Health, A Paper by WHO [www.who.int/peh-emf], ICNIRP [www.icnirp.de],

Mobile Manufacturers Forum [www.mmfai.org], GSM Association

[www.gsmworld.com/health], Femto Forum [www.femtoforum.org].

[6] TTsuite-Femtocell, (2010), ‘The Test Suite for Analyzing Femto Access Points (FAP)’, Testing Technologies.

[7] Schmid, S., (2009), ‘Next-Generation Mobile Networks: 3GPP Evolved Packet System and Femtocell Technologies’, Heidelberg: Keynote at IWCMC'09.

[8] Chambers, D., (2008), Femtocell Primer: Quickly get up to speed on this new mobile phone technology, United Kingdom: Lulu Press.

[9] Lefkof, A., ‘Femtocells: Picking up where the Macro Network Left Off’, Converge Network Digest.

A STUDY ON EFFICIENCY OF FEMTOCELL

58 [11] Hobby, J. D. and Claussen, H., (2009), ‘Deployment Options for Femtocells and Their Impact on Existing Macrocellular Networks’, Bell Labs Technical Journal, vol. 13, no. 4, pp. 145-160

[12] Samsung Electronics & Samsung Telecommunications America, ‘Overview of SON and Femtocell Support’, Broadband Wireless Access Working Group, IEEE C802.16m-08/1252, pp. 1-6

[13] Saunders, S., (2009), Introduction to Femtocells, John Wiley & Sons

[14] Lester T. W. Ho., and Claussen, H., (2007), ‘Effects of User-Deployed, Co-Channel Femtocells on The Call Drop Probability in a Residential Scenario’, The 18th Annual IEEE International Symposium on Personal, Indoor and Mobile Radio Communications (PIMRC'07, Swindon (UK)

[15]Davies, D., (2007), Femtocells in the Home, Briefing Paper, Motorola Inc, pp. 1-6 [16]Mangtani, R., (2008), ‘Security Issues in Femtocell Deployment’, GSM Association, pp. 1-9

[17]Morita, M., Fan, L., Ikeda, T., Zein, N, and NEC, ‘Interference Avoidance for Femtocell BS in IEEE 802.16m Amendment, Broadband Wireless Access Working Group, IEEE C802.16m- 09/1302, pp. 1-5

[18]Han-Shin, J., Mun, C., Moon, J., and Jong-Gwan, Y., (2009), ‘Self-optimized

Coverage Coordination and Coverage Analysis in Femtocell Networks’, Networking and Internet Architecture, no. arXiv:0910.2168v1 [cs.NI], pp. 1-13

[19] Claussen, H., Lester, T. W. Ho, and Samuel, L. G., (2008), ‘An Overview of the Femtocell Concept’, Bell Labs Technical Journal, vol. 13, no. 1, pp. 221–246