ANALISIS PENERAPAN ARSITEKTUR WIRELESS LAN MENGGUNAKAN TOP DOWN APPROACH PADA PT. TELKOM PONTIANAK

Sandy Kosasi

Abstract


Abstracts: Implementation of LAN Technologies Choices model using Top-Down Approach method in analyzing the application of wireless LAN network architecture shows that the use of wireless LAN architecture has more benefits with lower cost and higher speeds than dial-up technology . But the application still raises many issues, especially regarding the stability of the existing network system is still not smooth and often drop out (no connection), access speed decreases or tends to decline over time usage, the number of complaints from stakeholders are also increasing rapidly, internet access often unstable and can thus disrupt the smooth work. Therefore, the improvement and enhancement of information technology needs to be done on an ongoing basis to always to meet the needs of the market and understand the behavior of stakeholders in using Internet services. Always measure the performance of information technology for wireless LAN networks to align with business needs. Provide assurance or guarantee smoothness, reliability, and trust and satisfaction in using the technology offered.
Keywords : Wireles LAN, LAN Technologies Choices, Top-Down Approach, Business and IT Alignment


Keywords


Wireles LAN; LAN Technologies Choices; Top-Down Approach; Business and IT Alignment;

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References


Brynjolfsson, E., The Productivity Paradox of Information Technology,

Communications of the ACM, 36 (12): 77, 1993.

Goldman, James A. & Philips T Rawless, Applied Data Communication: A Business

Oriented Approach, Fourth Edition, Wiley, 2004.

Hayri (2004), Seluk Beluk Wireless Networking, PC Media, April(5), p111.

Hadi Syahrial, Materi kuliah Sistem Jaringan Komputer, 2011.

Kristanto, Andri (2003), Jaringan Komputer, Edisi I, Graha Ilmu, Yogyakarta.

Martin, E. Wainright (1999), Managing Information Technology What Manager Need to

Know, edisi ketiga, New Jersey: Pearson Education International.

Purbo, Onno. W (2002), Teknik Instalasi WLAN di PC Windows, Neotek, Maret, p32.

Purbo, Onno. W (2003), Infrastruktur Wireless Internet Kecepatan 11-22Mbps, ANDI,

Yogyakarta.

Pribadi, Firman (1997), Pengenalan Jaringan Komputer dan Transfer Control

Protocol/Internet Protocol, UPI.

Raharjo, Hero Susanto (2002), IEEE 802.11b Sebagai Standar Teknologi Jaringan

Komputer Nirkabel, Tugas Akhir, Fakultas Teknik Jurusan Teknik Elektro,

Universitas Kristen Satya Wacana, Salatiga

Roddy, D, Coolen Hohn (1984), Komunikasi Elektronika, (Electronic communications),

Idris kamal, edisi ketiga, Erlangga, Jakarta.

Stallings, William (2011), Komunikasi Data dan Komputer: Dasar-Dasar Komunikasi

Data, Salemba Teknika, Jakarta.

Tanembaum, Andrew S (2000), Jaringan Komputer Edisi Bahasa Indonesia (Computer

Networks 3e), Jilid 1, Gurnita Priatna, Prentice Hall, Inc., PT Prenhallindo,

Jakarta.

Tim Penerbit Andi, Wireless Atasi Keterbatasan Jangkauan, Edisi I, Andi, Yogyakarta,

Wahana Computer Semarang, Buku Pintar Penanganan Jaringan Komputer, Andi,

Yogyakarta, 2001.




DOI: http://dx.doi.org/10.30700/jst.v1i2.11

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