1103 results about "Heartbeat" patented technology

The present invention is directed to a heartbeat apparatus via a remote mirroring link for a multi-site and a method for using the heartbeat apparatus. Information is registered in a configuration table, wherein the configuration table stores host ID information and volume ID information. The configuration table is configured, access requests from a host are verified, host activity is recorded, and additional records are created in the configuration table when a match is found between the access records and the registered information. In a multi-site having two, three or more sites in a multi-hoop configuration, a failover process with remote mirroring pairs is performed by configuring a correlation between a remote mirroring pair group, an activity monitor function and an alert function, wherein the alert function is performed by a host sending status information regarding activity monitoring in a storage system and retrieving the notification information via a plurality of data links, and creating a status manage table using the notification information.

The invention discloses a multi-life monitoring system based on FMCW (frequency modulated continuous wave) wideband radar. The multi-life monitoring system comprises a transmitting unit, a receiving unit, a signal processing unit and a wireless signal transmitting unit; an FMCW signal is transmitted from the FMCW wideband radar to no less than one human object by virtue of the transmitting unit; a reflected echo signal is received by virtue of the receiving unit; the echo signal, which carries vital sign signals, is processed by virtue of the signal processing unit; the vital sign signals are demodulated and separated from the echo signal; and the vital sign signals are transmitted to a computer terminal by virtue of the wireless signal transmitting unit, so that respiration and heartbeat signals of detected persons are monitored under the condition of avoiding contact with the bodies of the detected persons. With the implementation of the multi-life monitoring system disclosed by the invention, under the circumstance of avoiding the contact of any electrodes and sensors with patients, the respiration and heart rates of the plurality of patients can be simultaneously monitored by a long time at a relatively long distance, so that the detected persons can feel more easily and comfortably; the multi-life monitoring system can be widely applied to clinical dynamic monitoring and sleep quality monitoring of patients with severe burn and the like; and meanwhile, the multi-life monitoring system can be also applied to researches in the field of psychology.

The invention discloses a connection keeping method, a device of an application program client and an applicable server and a method which comprises a mobile terminal and a mobile communication network of the device for transmitting data to a mobile terminal. The data transmitting method comprises that the mobile terminal obtains a reference value of a heartbeat period from the mobile communication network; the mobile terminal determines an actual value of the heartbeat period based on the reference value of the heartbeat period; and the mobile terminal triggers a registered application program client to send heartbeat data packages to the corresponding applicable server based on the actual value of the heartbeat period. According to the invention, a plurality of application program clients resided on the mobile terminal are triggered uniformly and dispatches the heartbeat through the mobile terminal. The heartbeat data packages are sent to the respective applicable server at the same time and in the same time intervals, so that the energy consumption of the mobile terminal and the consumption of the occupancy of wireless source caused by frequent asynchronous sending of heartbeat packages by the plurality of application program clients are effectively reduced.

A method and apparatus for health risk assessment by means of measuring and evaluating the functional state of the mechanisms of physiological adaptation of human organism comprises recording analog signals of heartbeat intervals, filtering the analog signals of heartbeat intervals, converting the analog signals to digital signals of heartbeat intervals, transmitting the digital signals of heartbeat intervals to a central processing unit, detecting R-peaks from the digital signals of heartbeat intervals, measuring time intervals between two consecutive said R-peaks, calculating heartbeat variability parameters from said heartbeat intervals, calculating degree of tension (DT) of regulatory mechanisms and their functional reserve (FR) based on said heartbeat variability parameters, calculating plurality of functional states based on the DT and FR, and calculating posteriori probabilities based on plurality of functional states, wherein probabilities of health risk is determined based on values of DT, FR, at least one functional state and the posteriori probabilities.

The invention discloses a method, a system and an apparatus for realizing always-online internet application. According to the method, terminal application clients are in long connection with a terminal application server through an always-online client and an always-online server; when application push notifications are generated by third party applications, after being processed by the always-online server, the push notifications are pushed to the always-online client and then distributed to the terminal application clients through the always-online client; the always-online client receives heartbeat connection from each terminal application client, converges the heartbeat connections of all the terminal application clients and transmits to the always-online server; and correspondingly, the always-online server distributes the received heartbeat connections to the corresponding terminal application servers. Therefore, channel occupancy is reduced and energy consumption of the terminal is lowered.

A method for monitoring heartbeat of network based on UDP protocol includes collecting state information and carrying out compression and package on collected information then sending it to conversion server of network address by network terminal unit at a fixed interval time, sending information to central heartbeat server for making decompression .

The invention relates to a method for monitoring a working state of an antenna of a 4G (Fourth-Generation) base station in real time. Intelligent monitoring equipment is additionally arranged at the position of a transmitting antenna; when the antenna normally works, a sensor is adopted to acquire corresponding antenna working state data information, the antenna working state data information is transmitted to a data processing part of the intelligent monitoring equipment to be subjected to necessary filtering shaping and then is converted into digital information, judgment is made after the data is analyzed, and whether the antenna normally works is detected; if the antenna is normal, the intelligent monitoring equipment does not respond, and until a timer T arrives, the intelligent monitoring equipment automatically sends a heartbeat packet to a maintenance terminal to prove that the intelligent monitoring equipment works on line normally; and if the antenna is abnormal, the intelligent monitoring equipment immediately transmits parameters of the antenna abnormity and a geographic position of the antenna of the base station to the maintenance terminal and finds out the abnormal base station and the reasons that the abnormal base station possibly generates abnormity. According to the invention, the working condition of the antenna of the base station can be monitored by adopting a more automatic mode, and intelligent monitoring on the working condition of the antenna is implemented.

The invention provides a control method of stream media forwarding servers. The control method comprises the following steps: 1) the load index of each forwarding server is calculated, wherein the load index is calculated in the following manner: the load index is equal to the sum of a CPU occupancy rate, a memory occupancy rate and a network duplex flow/basic network bandwidth; load indexes are arrayed according to size from small to large, namely the loads of the forwarding servers are from small to large; 2) the IP address and the port of the server of which the index is minimum are selected and provided to a device when the device accesses to a network, and the device sends a media stream to the specified address and the port; 3) the forwarding server sends heartbeat packets to a control server according to a set time interval, wherein the heartbeat packets comprise the load parameter information of the transmission server; 4) when the load index value of the forwarding server of which the load index is minimum reaches a 'warning' grade, an idle standby forwarding server is started to use. For the control method disclosed by the invention, based on original hardware conditions, the capacity is increased, and the cost is reduced.

The invention discloses a thread pool managing method and system. The system comprises a working thread creating unit, a detecting thread creating unit, a working thread calling unit, a heartbeat signal detecting unit and a zombie thread processing unit. The managing method includes: creating a working thread, and delivering the same into a thread pool queue; creating a detecting thread; calling the working thread in the thread pool queue to execute a task; using the detecting thread to detect whether the heartbeat signals of each working thread is received or not in a heartbeat cycle; using the detecting thread to set the working threads whose heartbeat signals are not received in the heartbeat cycle as zombie threads, releasing all the resources of the zombie threads, and notifying a user of the fault positions through a user interface. The method and system has the advantages that the working threads in the thread pool are managed through the thread pool, dependence on operating system management is avoided, zombie threads can be detected timely and accurately, and the fault positions in programs using the zombie threads to execute tasks can be found and notified to the user.

The invention discloses a physical sign non-contact intelligent monitoring system based on a millimeter-wave radar. A millimeter-wave radar front-end module transmits and receives a millimeter-wave radar signal, and the millimeter-wave radar front-end module is connected with a signal processing module; a signal processing module is connected with a communication interface module, analyzes the echo signals after sampling quantification to obtain vital sign data, including frequency parameters of respiration and heartbeat, of a tested person, and transmits a processed information result to an upper computer through the communication interface module; and the upper computer compares the received vital sign data with preset data, uploads the data and a comparison result to a background server, gives an alarm to the mobile terminal if the comparison result is abnormal, and automatically gives an alarm when the comparison result exceeds a preset maximum value. According to the invention, the real-time intelligent monitoring of vital signs of indoor old people is realized, including monitoring of breathing and heartbeat parameters, and real-time alarm is carried out in case of abnormality so as to prevent accidents.

The invention discloses a method, a system, a client and an application server to maintain a client state, which maintains the state of the client according to a client signature information through receiving a heartbeat packet which is provided with the client signature information and sent by the client with a fixed time interval. The method, system, client and application server leads the state information of the client to be updated with a very short fixed time interval, thus further realizing the real-time maintenance of the client state.

The invention relates to an anti-detachment technology field, in particular to a method for preventing an in-car terminal from being detached. The method includes: 1) stipulating a fixed password between the in-car terminal and a vehicle ECU; 2) generating a random password R by the vehicle ECU, joining the fixed password of the vehicle ECU with the random password R, generating an MD5 encrypted value which is a dynamic password A, sending a heartbeat interactive request to the in-car terminal by the vehicle ECU through a CAN bus, wherein a frame of the heartbeat interactive request contains the random password R; 3) after a CAN transceiver of the in-car terminal receives the heartbeat interactive request of the vehicle ECU, extracting the random password R, joining the fixed password of the in-car terminal with the random password R by the in-car terminal, generating an MD5 encrypted value which is a dynamic password B, and sending the dynamic password B to the vehicle ECU through the CAN transceiver, wherein the dynamic password B is used as a heartbeat frame; 4) after the vehicle ECU receives the heartbeat frame, comparing the dynamic password A with the dynamic password B, and if the dynamic password A coincides with the dynamic password B, determining that the in-car terminal is normal, otherwise determining that the in-car terminal is detached. The method has a characteristic of high safety.

The invention provides a utilization management method and system of electronic price tags. The method comprises the following steps: when electronic price tags, which are not networked, are at an active state, broadcasting a self heartbeat data packet; after a base station receives the heartbeat data packet of the electronic price tags, judging whether the base station has display information ofcommodities corresponding to the electronic price tags or not; if so, uploading the heartbeat data packet of the electronic price tags, and signal strength information between the electronic price tags and the base station to a server through the base station; selecting one base station from at least one base station as a target base station by the server according to the heartbeat data packet uploaded by at least one base station and the signal strength information between the electronic price tags and at least one base station, and networking the electronic price tags; sending the display information of the commodities corresponding to the electronic price tags to the electronic price tags through the target base station. According to the utilization management method and system of the electronic price tags, the data transmission efficiency of the electronic price tags can be improved under the condition that the utilization amount of the electronic price tags is relatively great, sothat the display information of the commodities can be more rapidly transmitted to the electronic price tags.

The invention provides a system for maintaining a long connection of a mobile network. The system comprises a server and electronic equipment which is connected with the server through a mobile network. The electronic equipment is internally equipped with a main processor and a coprocessor. The main processor configures the parameters of heartbeat packets according to notification heartbeat package information sent by the coprocessor. After acquiring the parameters of heartbeat packets from the main processor, the coprocessor monitors the data traffic of the mobile network to send heartbeat packets and maintains the long connection between the server and the electronic equipment by sending heartbeat packets, so as to reduce the number of times that the electronic equipment is awakened. According to the invention, the coprocessor sends heartbeat packets to maintain a long connection, and the main processor controls the parameters of the heartbeat packets. Thus, the number of times of equipment wake-up is reduced, and the purpose of power saving is achieved.

A method of analyzing the electrocardiogram ("ECG") using a set of vectors mathematically derived from the heart vector. The entire ECG waveform of one representative heartbeat is analyzed as a time series of vectors taken at selected time intervals. The vector set consists of the heart vector, the vector of deviation, vector of abnormality, delta vector, the delta vector deviation, and the delta vector abnormality. The analysis system can be applied to two or any greater number of ECG leads represented on planar axes, orthogonal spatial axes, or four or more axes in multidimensional space. The normal range of the ECG in this method is delineated by an adaptive multi-dimensional polyhedron in space to which the unknown ECG is compared. This is accomplished by utilizing a computer platform and the software program to support the required mathematical calculations.

A system and method for validating an Internet of Thing (IoT) device on an IoT network. The IoT device captures and stores the historical sensor values, along with corresponding timestamps in a local memory. A controller receives the historical sensor values and also receives a heartbeat token over a network that is different than the IoT network. The controller calculates a historical hash value using the historical sensor value and the heartbeat token as inputs and stores the historical hash values and the corresponding timestamp in a blockchain ledger of an IoT management platform. At a later time, in response to a validation request from the IoT management platform, the controller polls the IoT device for the historical sensor value associated with a particular timestamp. The IoT device responds with the stored historical sensor value and the controller calculates a reconstructed hash value using the historical stored sensor value and a stored heartbeat token as inputs. If the reconstructed hash value matches the historical hash value, the IoT device is validated.

The invention provides a management system and a management method on the basis of cloud service. The management system comprises a cloud server, a central server and a cloud client. The could server comprises n service nodes, a data management module and a node control module and is used for mounting user data, encoding and transmitting video streams and backwardly transmitting, receiving and storing the user data; the central server comprises an identity authentication module and a node management module and is used for authenticating identities, receiving heartbeat signals from the cloud client, monitoring each corresponding working state of the cloud client and managing various nodes of the cloud server; the cloud client is connected with a certain service node of the cloud server via the internet by the central server which is used as a resource scheduling and management medium, and information data can be transmitted between the cloud client and the certain service node of the cloud server via the internet by the central server. The management system and the management method have the advantages that loss of a cpu (central processing unit) and internal memory can be reduced by means of online reconnection, sleep and awake and closing operation on the service nodes, the single-user cost can be effectively reduced, and the use safety and the use confidentiality of users can be improved.

The invention provides a server fan redundancy control method, which comprises the following steps that: in response to the startup of a server, a programmable logic device controls to output a corresponding pulse width modulation signal according to the coding information of a dial switch so as to control the rotating speed of a fan, and monitors a heartbeat signal of a BMC (Baseboard ManagementController); in response to the monitored normal heartbeat signal, the programmable logic device enables a pulse width modulation signal controlled and output by the BMC to be input into the fan to control the rotating speed of the fan; and in response to monitoring that the heartbeat signal is abnormal, the programmable logic device controls to output a corresponding pulse width modulation signalaccording to the encoding information of the dial switch so as to control the rotating speed of the fan. According to the method, energy consumption and noise in the starting process of the server can be reduced, it can be ensured that the fan maintains a certain rotating speed under the condition that the BMC is hung up, and the reliability of the system is improved.

The invention provides a communication method, a communication device and a household appliance. The household appliance can build communication connection with a server. The communication method comprises steps: the communication state between the household appliance and the server is detected; and during a process of sending a heartbeat packet to the server, the time interval for heartbeat packet sending is adjusted according to the communication state between the household appliance and the server. Through the technical scheme of the invention, the time interval for heartbeat packet sending can be adaptively adjusted, and the link between the household appliance and the server is maintenance to a larger degree.