Institution
Motorola
Company•Schaumburg, Illinois, United States•
About: Motorola is a company organization based out in Schaumburg, Illinois, United States. It is known for research contribution in the topics: Signal & Communications system. The organization has 27298 authors who have published 38274 publications receiving 968710 citations. The organization is also known as: Motorola, Inc. & Galvin Manufacturing Corporation.
Papers published on a yearly basis
Papers
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19 May 1989TL;DR: In this paper, a portable radiotelephone with control switch disabling is disclosed, where a flip element (104) contains a microphone and covers a keypad (110) and other control buttons when in a closed position also activates a hookswitch (306).
Abstract: A portable radiotelephone with control switch disabling is disclosed. A flip element (104) which contains a microphone and covers a keypad (110) and other control buttons when in a closed position also activates a hookswitch (306). When the hookswitch and microprocessor indicate that the flip element is in a closed position, the on/off switch cannot be activated to turn the portable radiotelephone on or off and switches which control volume level are deactivated.
131 citations
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04 Jan 1999TL;DR: In this article, a leadframe is provided having at least one flag portion (2) and a lead portion (7) extending towards the flag portion, which together form a locking step, and the electronic component (3), the electrical connection (5), at least the end portion (10) and the intermediate portion (9) of the lead portion, and at least part of the flag part (2), are encapsulated in a plastics molding compound.
Abstract: In order to package an electronic component, a leadframe is provided having at least one flag portion (2) and at least one lead portion (7) extending towards the flag portion (2). The lead portion (7) includes an end portion (10) of reduced thickness adjacent the flag portion (2) and a channel (9) between the end portion (10) and the rest of the lead portion. The leadframe is etched to form the channel (9) and the end portion(10), which together form a locking step. The electronic component (3) is then mounted on the flag portion (2) and electrically connected to the end of the lead portion (7). The electronic component (3), the electrical connection (5), at least the end portion (10) and the intermediate portion (9) of the lead portion (7) and at least part of the flag portion (2) are encapsulated in a plastics molding compound, which enters and fills the locking step, and is then cured.
131 citations
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18 Nov 1980TL;DR: In this article, logic circuitry in a portable electronic device is combined with a microprocessor to reduce power consumption in the microprocessor and its associated memories during inactive periods of the device, with periodic sampling for inputs from peripherals or received data which would require active operation.
Abstract: Logic circuitry in a portable electronic device is combined with the microprocessor to reduce power consumption in the microprocessor and its associated memories during inactive periods of the device, with periodic sampling for inputs from peripherals or received data which would require active operation of the device.
131 citations
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10 Nov 2004TL;DR: In this paper, a method and system of providing a log of mobile station geographic location requests is useful for protecting the privacy of mobile stations users, which includes receiving a location request from a requestor, the location request seeking the geographic location of the mobile station.
Abstract: A method and system of providing a log of mobile station geographic location requests is useful for protecting the privacy of mobile station users. The method is performed on a mobile station and includes receiving (805) in the mobile station a location request from a requestor, the location request seeking the geographic location of the mobile station. It is then determined (810) whether the location request is a Mobile Terminated Location Request (MTLR), a Network Initiated Location Request (NILR), or a Mobile Originated Location Request (MOLR). Log information about the location request is then stored (815) and it is determined (820) whether the mobile station has local privacy settings that apply uniquely to the requestor. The location request is then responded to (835) in accordance with local privacy settings, and log information about the response to the location request is stored (840).
131 citations
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20 Oct 1993TL;DR: In this paper, an apparatus for producing customized resonant circuit tags in accordance with a specified input code is described, and a preferred step adjustment configuration for capacitive metalizations (106, 110) of the resonant circuits is described.
Abstract: RF tagging system (10) has a plurality of resonant circuits (13) on a tag (12). When the tag (12) enters a detection zone (14), the system determines the resonant frequencies of each of the resonant circuits (13) and produces a corresponding code. Preferably, resonant frequency detection is implemented by simultaneously radiating signals at each possible resonant frequency for the tag circuits (13). The system is useful for coding any articles such as baggage or production inventory. Preferably, the radiated signals are phase shifted during the detection process, and signals received by receiver antennas, besides transmitter signals, may be monitored to improve the reliability of detecting the resonant circuits (13). Also, a preferred step adjustment configuration for capacitive metalizations (106, 110) of the resonant circuits is described. For radiating signals into the detection zone (14), focused beam antennas (201) may be used such that each resonant circuit location on the tag can be separately monitored. Also, an apparatus (300) for producing customized resonant circuit tags in accordance with a specified input code is described.
131 citations
Authors
Showing all 27298 results
Name | H-index | Papers | Citations |
---|---|---|---|
Georgios B. Giannakis | 137 | 1321 | 73517 |
Yonggang Huang | 136 | 797 | 69290 |
Chenming Hu | 119 | 1296 | 57264 |
Theodore S. Rappaport | 112 | 490 | 68853 |
Chang Ming Li | 97 | 896 | 42888 |
John Kim | 90 | 406 | 41986 |
James W. Hicks | 89 | 406 | 51636 |
David Blaauw | 87 | 750 | 29855 |
Mark Harman | 83 | 506 | 29118 |
Philippe Renaud | 77 | 773 | 26868 |
Aggelos K. Katsaggelos | 76 | 946 | 26196 |
Min Zhao | 71 | 547 | 24549 |
Weidong Shi | 70 | 528 | 16368 |
David Pearce | 70 | 342 | 25680 |
Douglas L. Jones | 70 | 512 | 21596 |