Institution
Qualcomm
Company•Farnborough, United Kingdom•
About: Qualcomm is a company organization based out in Farnborough, United Kingdom. It is known for research contribution in the topics: Wireless & Signal. The organization has 19408 authors who have published 38405 publications receiving 804693 citations. The organization is also known as: Qualcomm Incorporated & Qualcomm, Inc..
Papers published on a yearly basis
Papers
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24 Jun 2003TL;DR: In this paper, the authors proposed a precursor film stack for use in the production of MEMS devices, consisting of a carrier substrate, a first layer formed on the carrier substrate and a second layer of an insulator material formed on top of the first layer.
Abstract: This invention provides a precursor film stack for use in the production of MEMS devices. The precursor film stack comprises a carrier substrate, a first layer formed on the carrier substrate, a second layer of an insulator material formed on the first layer, and a third layer of a sacrificial material formed on the second layer.
202 citations
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20 Mar 2001TL;DR: In this paper, a method and apparatus for transmitting in a multi-antenna communication system (100) is described, where each antenna is assigned with a different one of a plurality of groups of sub-bands.
Abstract: A method and apparatus for transmitting in a multi-antenna communication system (100). Each of a plurality of antennas (116,122) are assigned with a different one of a plurality of groups of sub-bands. The plurality of groups of sub-bands each include a different sub-set of the plurality of sub-bands, where the plurality of sub-bands of a first group are non-contiguous. Transmitting from the plurality of antennas (116) and simultaneously using the plurality of groups of sub-bands, where transmitting from each antenna (116) occurs on the group of sub-bands assigned to the antenna (116). A base station for use in the multi-antenna communication system (100) including a first processor (332) for pre-conditioning transmission data, assigning a plurality of pilot symbols to the plurality of transmit antennas (116), and assigning a plurality of sub-channel sub-sets to the plurality of antennas (116). The plurality of antennas (116) transmit each of the assigned plurality of pilot symbols over their respectiven assigned sub-channel sub-sets.
202 citations
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25 May 2012TL;DR: In this article, a system and method for managing payment in a transaction using a portable computing device (PCD) includes a mobile wallet token being received from an account issuing entity.
Abstract: A system and method for managing payment in a transaction using a portable computing device (“PCD”) includes a mobile wallet token being received from an account issuing entity Next, the mobile wallet token is stored in memory within a PCD payment platform (ie, a cloud payment solution) A PCD token that corresponds with the mobile wallet token is generated by the PCD payment platform The PCD token is transmitted over a communications network to a PCD The mobile wallet token corresponds to at least one of: a credit card account, an alternative or non-traditional payment account, a stored value account, an account from a financial institution, and a merchant based card account A mobile wallet token may be generated in response to receiving input from an on-line portal that future use of a payment account with a PCD is desired or in response to input received from a point-of-sale terminal
202 citations
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12 Nov 2013TL;DR: In this article, the authors describe a sensor device that includes an energy harvesting element, an energy storage element, and a transmitter circuit coupled to the energy storage and configured to transmit a wireless signal when the energy stored in the storage element is sufficient to power a transmission of the wireless signal.
Abstract: Methods, systems and devices for an energy harvesting sensor are disclosed. A sensor device may include an energy harvesting element configured to harvest energy from a source of energy that is to be measured by the sensor device, and an energy storage element configured to store energy generated by the energy harvesting element. The sensor device may further include a transmitter circuit coupled to the energy storage element and configured to transmit a wireless signal when the energy stored in the energy storage element is sufficient to power a transmission of the wireless signal. The time between transmissions by the transmitter may be used by a receiver of those transmissions to calculate a measure of the quantity being used for energy harvesting.
201 citations
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TL;DR: The purpose of this special issue is to analyze the top concerns in IoT technologies that pertain to smart sensors for health care applications; particularly applications targeted at individualized tele-health interventions with the goal of enabling healthier ways of life.
201 citations
Authors
Showing all 19413 results
Name | H-index | Papers | Citations |
---|---|---|---|
Jian Yang | 142 | 1818 | 111166 |
Xiaodong Wang | 135 | 1573 | 117552 |
Jeffrey G. Andrews | 110 | 562 | 63334 |
Martin Vetterli | 105 | 761 | 57825 |
Vinod Menon | 101 | 269 | 60241 |
Michael I. Miller | 92 | 599 | 34915 |
David Tse | 92 | 438 | 67248 |
Kannan Ramchandran | 91 | 592 | 34845 |
Michael Luby | 89 | 282 | 34894 |
Max Welling | 89 | 441 | 64602 |
R. Srikant | 84 | 432 | 26439 |
Jiaya Jia | 80 | 294 | 33545 |
Hai Li | 79 | 570 | 33848 |
Simon Haykin | 77 | 454 | 62085 |
Christopher W. Bielawski | 76 | 334 | 32512 |