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Automated teller machine / Wireless / Technology / Wireless networking / Asynchronous Transfer Mode


AN ARCHITECTURE FOR A FUTURE WIRELESS ATM NETWORK a dissertation submitted to the department of electrical engineering and the committee on graduate studies
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Document Date: 2013-08-14 12:38:09

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File Size: 878,89 KB

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Company

DRAMA / Wireless ATM Networks / /

Event

FDA Phase / Person Communication and Meetings / /

Facility

Cambridge University / University Committee / Boston University / Carleton University / /

IndustryTerm

resource allocation protocol / Wireless Asynchronous Transfer Mode / wireless-aware interworking nodes / Wireless User Interaction / wireless users / wireless communication services / wireless access / wireless access points / wireless access point / /

Organization

University Committee on Graduate Studies / Cambridge University / stanford university / Boston University / Carleton University / /

Person

Mary G. Baker Approved / P. Bill Wong / Nick McKeown / Derek Lam / Murad Taqqu / Bora Aydin Akyol / Noelle / Sung Chun / John Lambadaris / Je Stribling / Bora Aydin Akyol June / Donald C. Cox / Yumin Lee / Daniel Wong / T. Andy Lee / Byong-Jo Kim / Micheal Devetsikiotis / Jennifer Widom / Dale Harris / Aydin Akyol / Mary Baker / Tim Schmidl / /

/

Position

Professor / chairperson / associate advisor / Principal Adviser / research advisor / Professor / /

Product

University Committee / /

Technology

existing ATM protocols / wireless access / resource allocation protocol / ATM protocols / Resource Allocation Algorithms / ATM / Access Algorithm / Simulation / ATM signaling protocol / /

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