Поисковая фраза, не более 6 слов. Направление перевода. Размерность языковой модели.

Результаты перевода.
Найдено патентов - 5 шт. Доступно для просмотра - 5 шт. Ссылка на API. Ссылка на расширенную таблицу B.6.1 по ГОСТ Р 15.011-2022

SYSTEMS AND METHODS FOR INTERFERENCE MITIGATION IN PASSIVE WIRELESS SENSORS

Номер патента: US20150154432A1. Автор: Abedi Ali. Владелец: . Дата публикации: 04-06-2015.
Systems and methods are disclosed that reduce or eliminate interference from non-target sensors in a wireless network. In some embodiments, the sensors contain a blocking device, such as a diode or a transistor, connected between the antenna and the transducer that blocks the cross-correlation response from being transmitted from non-target sensors while permitting an autocorrelation response from a target sensor to be transmitted. 1. A set of sensors for use in an interrogation system with reduced or eliminated interference from non-target sensors , each of the set of sensors comprising:an antenna configured to receive an interrogating signal and transmit a response signal detectable by a transceiver;a transducer with an embedded code; and (i) allows the interrogating signal to be received by the transducer of the given sensor;', '(ii) where a sensor is a target sensor, allows an autocorrelation response to the interrogating signal to be transmitted via the antenna of the given sensor; and', '(iii) where a sensor is a non-target sensor, blocks transmission of a cross-correlation response to the interrogating signal via the antenna of the given sensor., 'a blocking device positioned between the antenna and the transducer, wherein the plurality of sensors, collectively, comprise digital codes embedded in the transducers, the embedded codes allowing for separation of the sensor response signals to a given interrogating signal by creation of an autocorrelation response at a target sensor that is differentiable from cross-correlation responses from non-target sensors, and wherein the blocking device of a given sensor in the set of sensors2. The set of sensors of claim 1 , wherein at least one of the sensors comprise a metal electrode photolithographically printed onto a piezoelectric substrate.3. The set of sensors of claim 1 , wherein at least one of the sensors is a passive wireless sensor.4. (canceled)5. The set of sensors of claim 1 , wherein the set of sensors ...

SYSTEM AND METHOD FOR EARLY DETECTION OF MILD TRAUMATIC BRAIN INJURY

Номер патента: US20160183861A1. Автор: Abedi Ali, Hayes Marie J.. Владелец: UNIVERSITY OF MAINE SYSTEM BOARD OF TRUSTEES. Дата публикации: 30-06-2016.
A wireless system and methods for non-invasive detection of brain injury that includes a detection device for reliable monitoring and analyzing of sleep movement in comparison with normal sleep movement architecture to identify dampened sleep movement patterns indicative of brain injury. 1. A device for detecting brain injury by measuring sleep movement parameters comprising:a plurality of sensors, each operative at a sampling rate of at least 10 Hz to generate a plurality of temporally-associated data signals relating to sleep movements of a subject, said sensors arranged to provide both integrated and spatially segregated movement estimation for said subject, at least some of said sensors having a sensitivity capable of detecting load variances as small as 1 g;a signal conditioning module including a conditioning circuit in communication with said plurality of sensors, said signal conditioning module operative to condition said data signals; anda processor in communication with said signal conditioning module, said processor operative to analyze said conditioned data, said processor having a module programmed for parsing the data into a plurality of bins of defined temporal duration, at least some of which bins are 60 seconds or less in duration, and for comparing the average values of each bin to differentiate among (a) bouts of quiescence, (b) bouts of macro-structural movements indicative of sleep or wake cycles, or sleep fragmentation; and (c) bouts of micro-structural movements, the micro-structural movements being useful to detect brain injury.2. (canceled)3. The device according to wherein said plurality of sensors are arranged in a two dimensional array across a sleep surface claim 1 , said array of sensors being in communication with said signal conditioning module.4. The device according to wherein said sensors are grouped in pairs of sensors at each location and further wherein each sensor pair includes two sensors having different sensitivity ranges to ...

METHOD AND SYSTEM FOR LONG RANGE Wi-Fi BACKSCATTER COMMUNICATION

Номер патента: US20230115786A1. Автор: Ali Abedi, Omid Abari-Salehi. Владелец: Individual. Дата публикации: 13-04-2023.
In this disclosure, a system and method for extending WiFi backscatter signal range is disclosed. By nulling a query signal at the receiver end, the receiver is able to more effectively receive a backscatter tag signal that has been generated in response to the query signal.

Channel disruption wireless communication system

Номер патента: US11824658B2. Автор: Ali Abedi, Farzan DEHBASHI, Mohammad Hossein MAZAHERI KALAHRODY, Omid Salehi-Abari, Timothy Benedict BRECHT. Владелец: Individual. Дата публикации: 21-11-2023.
The wireless channel of the wireless communication system is selectively disrupted or interfered with based on the logical states of the data to be transmitted by an electronic device having no wireless data signal transmitting circuitry. A host device transmits a query packet which includes a header and a series of sub-frames to be received by a receiving device. As each sub-frame is transmitted, the electronic device can selectively disrupt the wireless channel by changing its characteristics such that the receiving device can no longer decode that sub-frame based on channel estimation from the header of the frame. Wireless channel disruption occurs in response to a specific state of the bit of data of a message to be communicated by the electronic device. The receiving device then issues a status reply to the host device indicating which sub-frames are decodable and which sub-frames are undecodable based on the initial channel estimation. The host device decodes the status reply to extract the message.

Systems and methods for interference mitigation in passive wireless sensors

Номер патента: US09607187B2. Автор: Ali Abedi. Владелец: University of Maine System. Дата публикации: 28-03-2017.
Systems and methods are disclosed that reduce or eliminate interference from non-target sensors in a wireless network. In some embodiments, the sensors contain a blocking device, such as a diode or a transistor, connected between the antenna and the transducer that blocks the cross-correlation response from being transmitted from non-target sensors while permitting an autocorrelation response from a target sensor to be transmitted.
1