Intel Corporation

Clark Chen

Hua Yang

Stephen R Brown

Masahito Cho

Nageen Himayat

Shilpa Talwar

Philip White

Hongmei Sun

Li Li

Christopher Valentine

Hujun Yin

Yuval Shamuel Lomnitz

Guangjie Li

Edward R Harrison

Vladimir Kravtsov

Richard D Jeli

May Wu

David A Cobbley

Edward D Arrington

Cindy L Merrill

Rochelle J Keeler

Steven M Rodden

R David Redelfs

Homgmei Sun

Embodiments of methods and apparatus for a multiuser sector micro diversity system are described herein. Other embodiments may be described and claimed.

Multiuser sector micro diversity system

An embodiment of the present invention provides a method, comprising broadcasting base station (BS) channel allocation methods and supported interference mitigation techniques in a whole cell by the base station and reporting classification information by mobile stations (MSs) within the cell to said base station about their preferred interference mitigation (IM) techniques.

Techniques for feedback in cellular systems to mitigate interference in downlink

A novel soft fractional frequency reuse (FFR) technique is disclosed. The novel FFR technique includes reuse partition and power restriction, dynamic user grouping, channel quality indicator feedback based on reuse, and a user group-based interference aware scheduler. The FFR technique reduces co-channel interference for cell edge users.

User group-based adaptive soft frequency reuse method to mitigate downlink interference for wireless cellular networks

A method for managing and allocating radio resources (RRMA method) of multiple radio resource types to subscriber stations is disclosed. The RRMA method includes bandwidth partitioning, into parts comprising 'slots' with a given reuse pattern, a selection rule, to select a 'cell, reuse pattern' pair serving each user, and an allocation rule, for distributing to each user an appropriate number of bandwidth slots from the selected &#x201c;cell, reuse pattern&#x201d; pair. After an adaptation period, the method reaches a desired fairness, while simultaneously reaching a maximal mean throughput, possible under this fairness. For big networks, the method provides basically decentralized radio resource management. The RRMA method is useful to cellular networks having a single set of orthogonal sub-channels (frequency/time slots) being reused by all network cells, such as time division multiple access (TDMA), orthogonal frequency division multiple access (OFDMA), or OFDMA/TDMA cellular systems. Particularly, the method is applicable in fractional frequency reuse cellular networks.

Adaptive frequency reuse method of radio resources management and allocation

A portable processor-based system may include a display that is controlled by a scroll wheel. The scroll wheel extends completely through the display housing so that it can be manipulated between the thumb and forefinger of the user. This scrolling operation may be done at the same time the display itself is held in the user's hand.

Portable processor-based system

Wireless web tablet

Stylus

Growing community of inventors

Beijing, China

Clark Chen