324 results about "Monitor mode" patented technology

A so-called “OpenChannel™” conference is established by separating particular participants of the conference from those participants that are actually currently active in the conference. This establishes a type of virtual conference, i.e., meeting, that can be monitored by participants, i.e., users, without requiring them to be actively a part of the conference call. These particular participants are in a so-called monitor mode. These participants can readily change their state from the monitor mode to a listen mode or active mode, as desired. One advantage of this invention is that a long-term conference of months or even years duration can be set up, only incurring a cost to participants when they are active participants in the conference call.

A method of communication or transmission of data between a first and a second node in a wireless multi-hop network comprises bringing the first node and the second node in a fully operative mode for communication with each other and subsequently bringing the first node and the second node in a reduced operative mode where no communication with any other node is possible and, before bringing the second node in the fully operative mode, bringing the second node in a listening mode during a token listening period to check for presence of a wake-up token from the first node, and thereafter bringing the second node into the reduced operative mode if no wake-up token is received, and bringing the second node into the fully operative mode for reception of data from the first node if a wake-up token is received. This wake-up scheme is a kind of scheduled rendezvous scheme with collision avoidance, and may be called an induced wake-up scheme. It is advantageous because of its low power consumption (no des only wake up completely when a message is present for them to receive) and because of the low latency in data transfer. The wake-up tokens used enable random access to other nodes, nevertheless having a system which is low-power in operation.

Methods and devices related to wireless networking. A wireless device has multiple directional antennas and multiple backhaul radio modules which provide point to point wireless links with other wireless devices. Each radio module can use any one of the available directional antennas to link to one other routing device. Antennas are automatically selected for each wireless device by merely setting one device in a “hunt” mode and setting another device in a “listen” mode. Devices in a hunt mode cycle through the available antennas by sequentially transmitting transmit messages to devices in the listen mode using each of the available antennas in turn. Devices in the listen mode also cycle through their available antennas by sequentially “listening” for transmit messages. A listen mode device, receives transmit messages on each of its available antennas, and, after gathering the relevant data, determines which of its antennas is best suited for communicating with the hunt mode device. The listen mode device antenna which is best suited is then used to transmit a response message to the hunt mode device. This listen mode device antenna is thus configured for communicating with the hunt mode device. Similarly, when the hunt mode device receives the response message, it designates its antenna which transmitted the transmit message as being configured for communications with the listen mode device.

Interference classification with minimal or incomplete information. Receivers in access points and in other network devices on a wireless digital network may be switched to a spectrum monitor mode in which they provide amplitude-versus-frequency information for a chosen part of the spectrum. This may be performed by performing a FFT or similar transform on the signals from the receiver. Receivers are calibrated with known interference sources in controlled environments to determine peaks, pulse frequency, bandwidth, and other identifying parameters of the interference source in best and worst case conditions. These calibrated values are used for matching interference signatures. Calibration is also performed using partial signatures collected over a short period in the order of microseconds. These partial signals may be used to detect interferers while scanning. Another aspect of the invention is to record the variation of noise floor in the presence of interference sources. Multiple interference sources may be detected. While data collection is performed in one or more APs, classification may be performed in theAP or on other systems associated with the network collecting and processing spectrum information from one or more APs.

A method and system within a data processing system or information handling system are disclosed for counting various events from a running program (hereafter called a process) by taking a trace by way of using an interruption. According to the present invention, a performance monitor feature within a data processing system is programmed to generate a trace interrupt after each branch instruction, or at the end of each basic block of code from a currently running program or process. By programming monitor mode control registers within the performance monitor feature, one or more counters are programmed to count various events happening on the data processing system thereby creating tracing information. If the current process is a process to be traced, the tracing information is stored in a trace buffer for post-processing analysis, the counters are reset to zero returning back to the process from the interrupt.

A personal online information management system allows users to monitor, manage, retrieve, and utilize their personal online behaviors such as browsing, searching, editing / commenting, discussion, shopping, and peer to peer communications. The system provides personalized service with explicitly self-controlled privacy protection. The system enables an anonymous or identified user to easily switch between a monitored mode and an un-monitored mode.

An apparatus and a method are provided for selectively enabling and disabling a squelch circuit in a Serial Advanced Technology Attachment (SATA) host or SATA device while maintaining proper operation of the host and device. An apparatus and method are provided which allow the squelch circuit to be selectively enabled and disabled across SATA power states (PHY Ready, Partial, and Slumber) and in Advanced Host Controller Interface (AHCI) Listen mode.

A novel media access control (MAC) mechanism utilizing synchronization signaling that enables nodes from different networks having different technologies and protocols to coexistence using the same shared media. The present invention is suitable for use with a wide range of different types of network and technologies and is particularly useful in providing coexistence capabilities to powerline based data communication systems. Specific time slots are assigned for the transmission of a frame occupation signal to indicate to all nodes that the channel is occupied. A synchronization signal is randomly transmitted during a preassigned time slot within the frame to provide accurate timing for the frame occupation signal. During times that a node does not transmit the synchronization signal, it listens to the channel. A timing signal is derived from the synchronization signals received from other nodes during this quiet period wherein the node is in a listening mode. The node then adjusts its internal clock in accordance with the derived timing signal.

A Personal Locator Beacon (PLB), supporting two operation modes local monitoring and remote monitoring. The apparatus includes a PLB that supports the present operation mode, as well as a local monitoring mode, employing the same transmitter, and automatically switching between modes. Upon activation, the PLB first tries to communicate with a local monitoring station, at a low transmission power, and at a high repetition rate, in purpose of dealing with the PLB call locally, without involving the remote monitoring station. Then, if not acknowledged by a local monitoring station, the PLB increases its transmission power, enabling access to a remote monitoring station. In a preferred embodiment, the PLB is carried by a person onboard a vessel, to alarm upon a Man Overboard (MOB) accident, the local monitoring station is installed onboard the same vessel, and the remote monitoring station is part of a satellite Search and Rescue (SAR) system, as Cospas-Sarsat.

A meter reading system of the present invention enables transmission of data between utility meter endpoints and readers. In a first embodiment, the endpoint provides a short message providing its identification to the reader and immediately enters a listen mode. If the reader hears the short message, it can immediately respond and request additional information from the endpoint. If the reader does not hear the short message or does not request additional information during the endpoints listening period, the endpoint enters a sleep mode until its next transmission time. In another embodiment, the endpoint transmits an SCM via AM communication to the reader. The reader can then request additional information and the endpoint can respond with the information via two-way FM communication. In another embodiment, the endpoint is capable of transmitting interval data to the reader via either AM or FM communication.

A meter reading system of the present invention enables transmission of data between utility meter endpoints and readers. In a first embodiment, the endpoint provides a short message providing its identification to the reader and immediately enters a listen mode. If the reader hears the short message, it can immediately respond and request additional information from the endpoint. If the reader does not hear the short message or does not request additional information during the endpoints listening period, the endpoint enters a sleep mode until its next transmission time. In another embodiment, the endpoint transmits an SCM via AM communication to the reader. The reader can then request additional information and the endpoint can respond with the information via two-way FM communication. In another embodiment, the endpoint is capable of transmitting interval data to the reader via either AM or FM communication.

The invention relates to the performance optimization of repeater equipment in communication field. The remote-updating and version-switching method of the repeater equipment embedded software comprises the following steps: 1) an OMC or OMT command is received in real time, if the command is an update command, go forward to step 2; if the command is a version-switching command, skip to step 5; and if the command is not received, skip to step 6; 2) an update document data packet is received from the OMC or OMT, and the received update document data packet is stored in a download process-memorizing region; 3) a download process code in the download process-storing region is programmed into the application process region of a singlechip; 4) the code data of the application process region is read byte by byte and written into a new version process-storing region; 5) when a currently running process is a new version process, a process code in an old version process-storing region is programmed into the application process region of the singlechip, otherwise, the process code in the new version process-storing region is programmed into the application process region of the singlechip; and 6. the monitor mode of the application process is executed. The method can realize the remote updating and the switching between the new process version and the old process version.

A data processing system including a processor operable in a plurality of modes and in either a secure domain or a non-secure domain. The system includes at least one secure mode being a mode in the secure domain, at least one non-secure mode being a mode in the non-secure domain, and a monitor mode. When the processor is executing a program in a secure mode the program has access to secure data which is not accessible when the processor is operating in a non-secure mode. Switching between the secure and non-secure modes takes place via the monitor mode and the processor is operable at least partially in the monitor mode to execute a monitor program managing switching between the secure and non-secure modes.

There is disclosed and claimed an electronic identification system including at east one reader and a plurality of transponders to be read by the reader. Each transponder has a normal operational mode 32 wherein it, in response to an interrogation signal from the reader transmits a code 36 to the reader, and a monitor mode 40 wherein it is still sensitive and responsive to signals from the reader, but wherein it does not transmit the code. The reader is adapted to cause a transponder of which the code has been read, to switch from the normal operational mode to the monitor mode, by transmitting a first signal S1 to the transponder. The transponder, while being in the monitor mode, is sensitive to a second signal S2 and responsive upon receipt of the second signal, to reset to the normal operational mode.

The invention discloses a high-performance file transmission system and a method thereof; the method is realized by using the system provided by the invention; the method comprises a process of receiving client events by a high speed transmission TCP server; the process further comprises: initializing a monitoring socket and setting a monitoring mode; initializing a receiving event for the monitoring socket, activating the receiving event and adding the receiving event to a libevent event trigger network library; when the client initiates a connection request, automatically calling functions of receiving the client event by the high speed transmission TCP server; receiving the client to generate a client socket and packaging an operation type of controlling connection handle and requests to an event notification, and adding the event notification to a task queue. The high-performance file transmission system and the method provided by the invention use a full asynchronous mode on the architecture design of the FTP server and use memory cache simultaneously to reduce times of locating and reading / writing of a magnetic needle of a magnetic disc and increase the ratio of the utilization rates of magnetic discs I / O and the network I / O, thereby transferring the bottleneck to the network I / O. Furthermore, the system realizes high speed transmission and assures the reliability of thetransmission by using good elasticity of the UDT protocol server.

A system for and method of cellular telephone system monitoring includes a cellular switch which is remotely accessed and placed in a call monitor mode. A GPS receiver is connected to a mobile telephone via an interface unit. Call performance information (e.g., signal strength, BER and call events) are recorded at the switch and downloaded to a remote computer that includes a display. GPS location information is transmitted by the mobile telephone and received by the remote computer via the switch. The computer receives and stores the recorded call and GPS information and graphically displays this information, along with a map indicating the location of the mobile telephone. Preferably, the call information is first parsed, converted and / or scaled to conform to a standard file format.

A device and corresponding method for enabling a user to accurately control, monitor, and evaluate performance of a vehicle. The system includes a portable programmable computer device that a user can readily install by plugging it into a diagnostic connector port of the vehicle for providing the controlling, monitoring, and evaluating functions. The present invention enables a user to perform performance tuning of the engine, provides dynamometer type functions such as horsepower and torque measurements, and provides a virtual drag strip function for accurately measuring acceleration data. According to an alternative embodiment, a monitor mode is provided for enabling the user to monitor selected characteristics of the vehicle and a diagnostics mode is provided for providing for the identification and display of diagnostic trouble codes (DTCs) with informative text descriptions. The present invention also enables the clearing of selected DTCs without requiring expensive customized equipment for that purpose.

The invention is used to implement the management for separating and combining the function of electric automobile at different states by building a battery management system comprising a monitoring module and a charging equalization module. When the electric automobile is in normal running state, said system is working at a monitor mode that monitors each battery in the battery pack, and the charging plug socket in the charging equalization module box is in cutting-off state. When the electric automobile stops to make charge, said system is working at the charging equalization mode that adds the charging equalization box on the monitoring module to automatically make equalization charging for the battery pack. The charging equalization module box hasn't to be installed on one electric automobile, but can be used by multi electric automobiles.

A receiver for a wireless local area network, WLAN, having a low power listening mode of operation. The receiver includes two separate paths in the analog front end, AFE. One path includes a low resolution and low power analog to digital converter, ADC. The other path includes a high resolution and high power ADC. In listen mode, only the low resolution ADC is powered and provides inputs to a packet detector for identifying a barker code. When the correct barker code is received, the high resolution ADC is enabled and coupled to a receiver for receiving a payload in the data packet.

The invention relates to a network communication technology, and aims to solve the problem that the networking operation in the existing intelligent household appliances is complicated, thus the user experience is influenced. The invention provides a quick network access method of an intelligent device, and the method specifically comprises the following steps: step 1 of setting a wifi (Wireless Fidelity) module of the intelligent device into a monitoring mode, and monitoring the broadcast or multicast data packets of all hot spots; step 2 of logining a cloud platform by a user by using a mobile terminal, and inputting a verification code needed in configuration fast connection, and an ssid (Service Set Identifier), a password and a login account needed to be accessed to a wifi hot spot through a user interface; step 3 of sending broadcast by the mobile terminal, wherein the broadcast data packet carries the verification code, the ssid, password and login account needed to be accessed to the wifi hot spot; step 4 of verifying each received broadcast data packet by the intelligent device, and if the broadcast data packet is verified to be correct, then conserving the ssid, password and login account of the wifi hot spot carried in the data packet; step 5 of restarting a network card by the intelligent device, and automatically and quickly accessing to a network according to the ssid and password of the wifi hot spot.

The invention relates to a man-machine interaction intelligent device based on sitting posture identification and application thereof. The device comprises a group of pressure sensors, a wireless transmitting-receiving module, a group of feedback devices, a control circuit, at least one battery and a microcontroller, wherein the group of pressure sensors at least have one pressure sensing function, the wireless transmitting-receiving module is used for wireless communication, the group of feedback devices are used for warning users at the right time, the control circuit responds to change of pressure of the pressure sensor and controls the startup or stop of the feedback devices; the at least one battery supplies power to the device, the microcontroller is connected with the pressure sensor group through the control circuit, and the microcontroller is connected with a PC (personal computer) through the wireless transmitting-receiving module. The application of the device comprises the following steps of: enabling the microcontroller to be in a monitoring mode, obtaining pressure distribution data, judging whether a user uses the device or not, if the user uses the device, entering into an operating mode so as to carry out sitting posture identification; otherwise, maintaining the monitoring mode and the like. Compared with the prior art, the device and the application provided by the invention have the advantages of high identification efficiency, lower cost, high practicability, wide scope of application and the like.

The present disclosure provides a smart lighting device, and a smart lighting control system and method. The smart lighting device includes a human detection module, a control module, and a microphone module. The microphone module has operation modes including a sleep mode and a monitor mode. The human detection module detects whether a human appears in a surrounding area of the smart lighting device in real-time, and sends a detection signal to the control module when a human appearance is detected. The control module receives and sends the detection signal to the microphone module to switch from a sleep mode to a monitor mode. When receiving a control signal from the control module, the microphone module switches to the monitor mode and collects audio signals in the surrounding area of the smart lighting device. The smart lighting device further includes a wireless communication module for wireless communication.

The embodiment of the invention provides a discontinuous receiving method, a scheduling method and a scheduling device for carrier aggregation. The discontinuous receiving method for the carrier aggregation comprises the following steps of: acquiring information of the monitored downlink member carrier set and a main member carrier inside the downlink member carrier set; and switching between a first monitoring mode and a second mode according to a network trigger event in a discontinuously received activation state; only monitoring the scheduling information of the member carrier in the first monitoring mode; and monitoring the scheduling information of all the member carriers in the set in the second monitoring mode. The discontinuous receiving method balances the throughput and fulfills the aim of power conservation.

The invention discloses an indoor positioning method based on RSSI, and belongs to the mobile localization technology filed. The indoor positioning method based on the RSSI includes following steps: arranging three reference nodes, respectively arranging coordinates of the three reference nodes according to the arrangement of the nodes, and opening a switch of the reference nodes so as to enter into a monitoring mode; randomly placing an unknown node to be detected, setting a coordinate of the unknown node, and building a wireless sensing network; measuring value of signal intensity from the positions of the three reference nodes to the unknown node, transmitting the signal intensity value to a base station E which transmits the data value to a PC (personal computer); processing the receiving signal intensity value from the three reference nodes according to a proportion conversion method through the PC, and using the receiving signal intensity value after being proceed to confirm the coordinate position of the unknown node D. The indoor positioning method based on the RSSI has the advantages of saving hardware resources, and being low in time complexity, rapid in calculation method, high in positioning accuracy, low in allocation requirement for space wireless bandwidth resources, high in practical application value, and suitable for indoor environments which can not receive GPS signals.

Embodiments of the present invention generally relate to a system and method for listeners, or “virtual fans,” to exist in a monitor mode during a real-time multimedia collaboration via a global computer network. In one embodiment, a system for processing data signals via a communication network comprises a first data signal received from a first client, a second data signal received from a second client, a mixer for mixing the first and second data signals, a first unique data mix, for the first client, generated by the mixer, a second unique data mix, for the second client, generated by the mixer, and a third unique data mix, for a fan room, generated by the mixer.

The invention relates to a household appliance, a WIFI module of the household appliance and a network distribution method. In the network distribution method of the household appliance, the WIFI module carries out the following steps that in a monitoring mode, broadcasting messages and multi-casting messages sent by an intelligent terminal through routers at intervals are received, wherein the broadcasting messages and the multi-casting messages include network distribution information; the received broadcasting messages and / or multi-casting messages are analyzed to obtain the network distribution information; the corresponding router is connected according to the obtained network distribution information; an own IP address is obtained, and the IP address of a server is obtained according to a domain name written in the service in advance; according to the own IP address and the IP address of the server, authentication requests are sent to the server through the router, and authentication results returned by the server are received through the router. According to the technical scheme, cost is reduced; besides, operation is convenient, and the user experience is improved.

The invention discloses a WIFI-module-based network-access configuration method and apparatus for smart devices. The WIFI-module-based network-access configuration method for smart devices includes the steps: receiving the configuration data packet sent from a router in a segmented way in a monitoring mode by a smart device; analyzing the segments of the received configuration data packet to obtain BSSID of the router; querying a corresponding relationship table between a preset BSSID and an SSID, and determining whether an SSID corresponding to the BSSID which is obtained through analysis exists; and if the SSID corresponding to the BSSID which is obtained through analysis exists in the corresponding relationship table, analyzing the configuration data packet by the smart device so as to obtain the password of the router, and according to the corresponding SSID and the obtained password, connecting the router. When the WIFI-module-based network-access configuration method for smart devices performs WIFI configuration network access for smart devices, the WIFI module can automatically obtain the SSID of the router and does not transmit the SSID of the router to the WIFI, so that the network access time is saved and the success rate for network access configuration is improved.

The invention aims to provide a network video monitoring system and a data switching method for the network video monitoring system, wherein, acquisition of video data is realized through arranging a video encoding server in the video monitoring system; distribution of video data is realized through arranging a video data distribution server; management of the video encoding server and the video data distribution server are realized through arranging a management server. The problem of overload of a single video server due to higher number of users in the video monitoring system and network cameras can be solved through the method, and the invention has the advantages of good expansibility and realization of a manageable large-scale video monitor mode.

The invention discloses a universal remote controller of home network to control all household electrical appliances and domestic digital equipments, which consists of base to connect domestic network and intelligent remote controller on the base to work individually after removing, wherein the base connects home network such as Ethernet, electric wire connecting net, wireless network or flash net. The invention can be used by connecting hand-held intelligent remote controller and home network through base, which realizes the control of all household electrical appliances to exchanging data through infrared or Blue Tooth. The inveniton also contains a monitor mode to insert in the house electrical appliance or home digital equipment, which realizes remote control and remote detection of all household electrical appliances and home digital equipments.

The invention provides a method for controlling a system for supervising operation of special self-wheel operation equipment. The method is based on a multilevel supervision system of the special self-wheel operation equipment operation supervision system using corresponding management departments of a railway bureau, a railway section and a railway region as a responsibility organ, carries out a uniform and regulative principle, adopts a multilevel monitoring mode, strictly compels and assists target monitoring, implements a people-oriented and intelligence-integrated safety work monitoring mode and a supervision mode for the operation of special self-wheel operation equipment, defines the operation monitoring parameters of the special wheel operation equipment, determines a typical accident type, strengthens the function of intelligent accident prevention, enhances the monitoring and recording protection, exerts a wireless communication network and GPS positioning of a supervising device to realize intelligent and integrated supervision of the system and monitoring of the operating position and the state of each special self-wheel operation equipment, displays the operation supervising state, rapidly transfers original record data and analysis so that the system has perfect integrated supervising function, remarkably promotes the safety supervision and emergent processing capacity on operation of special wheel operation equipment all the way, prevents the accident of operation safety more effectively, provides powerful guarantee for a whole line project of railway and operation safety of the maintained vehicles. The method is suitable for various supervision systems of the special self-wheel operation equipment.