139 results about "Busy time" patented technology

A system for scheduling time intervals for a plurality of users comprises a database associated with one or more server means for storing a profile for each potential invitee of the system. Each invitee profile comprises user profiles that have information regarding available and unavailable times for that user and the electronic mail address for the user and resource profiles having information about the available times for a particular resource such as a room or equipment. A request generator connected over a network to the one or more server generates a request for allocation of a time interval for one or more of the plurality of invitees. The system then provides a busy time determination device that gathers the profiles for the plurality of invitees that were requested by the request generating means and that are available in the databases and determines whether those invitees are available during the time interval requested by the request generating means. For all available invitees, the electronic mail address in the profile is used to send each available requested invitee an invitation to attend at the requested time interval.

A meeting negotiation system provides a new approach to scheduling events by negotiating schedules while preserving privacy through a shared representation that separates the meeting negotiation from the meeting invitation. The negotiation system integrates all scheduling-related information such as times users can meet, location, etc. and reduces dependency on designations of time as free or busy by a potential meeting attendee. Consequently, the negotiation system enables time preferences richer than just free or busy, allowing potential meeting attendees to designate preference in addition to time available. The negotiation system supports annotations and comments as a discussion mechanism, giving feedback to the meeting scheduler before the meeting invitation is issued. Possible times provided for the meeting are provided in the form of a bounded negotiation; participants may select the best time for them to attend a meeting from the bounded negotiation. The meeting organizer finalizes the meeting time from the responses provided by participants.

A method for evaluating number of additional admissible calls for use in call admission control includes tracking a percentage of channel busy time and transmission time of downlink and uplink voice packets, receiving a call admission request, and calculating the number of admissible calls. The number of admissible calls is calculated based on a channel bandwidth requirement determined from the percentage of channel busy time and a voice packet queuing requirement determined from the transmission time of downlink and uplink voice packets. The call admission request is approved if the number of admissible calls is greater than one and rejected if the number of admissible calls is less than one.

A method for call center to processing inbound call from a caller during a busy time is disclosed in which the caller will be assigned a place in the queue, an identification and a time window. The call center will keep the place of the caller after the first call is disconnected. The caller shall call back within the time window assigned to him to claim his place in the queue. The caller may place the second call in any moment convenient to him within the time window, or even from a different telephone.

A method and apparatus for calculating a routing metric for a wireless network including retrieving configured system parameters, selecting a form of a first weight factor based on channel load / utilization and parameters of the first weight factor, selecting a form of a second weight factor based on frame / packet error rate and parameters of the second weight factor, retrieving estimated link bit rate, measuring a channel / link busy time, estimating a channel / link load, estimating a packet / frame error rate of the link and calculating the metric are described. A method and system for determining a route / path between two nodes of a wireless network including calculating a weighted radio and load aware metric by each node in the wireless network, storing the metric and using the metric to select the route / path for communication between two nodes of the wireless network based on a sum of the metrics calculated by each node of the wireless network are also described.

Intelligent NIC optimizations includes system and methods for Token Table Posting, use of a Master Completion Queue, Notification Request Area (NRA) associated with completion queues, preferably in the Network Interface Card (NIC) for providing notification of request completions, and what we call Lazy Memory Deregistration which allows non-critical memory deregistration processing to occur during non-busy times. These intelligent NIC optimizations which can be applied outside the scope of VIA (e.g. iWARP and the like), but also support VIA.

A data storage device includes a cumulative data histogram of lengths of idle times between foreground user service requests. The cumulative data histogram is updated with measured lengths of current idle times between successive user service requests. Background service request are scheduled following a user service request after a time delay that is controlled as a function of the cumulative data histogram and a calculated length of a busy time of the background service request.

In a substrate processing system according to the present invention, module cycle periods at a plurality of process modules PM1 through PM4 connected around a transfer module TM having installed therein a vacuum pressure-side transfer robot RB1, each representing the sum of a wafer stay time including the wafer processing time and an attendant busy time during which the wafer is transferred before and after the wafer stay time, are all set to a uniform length. The vacuum pressure-side transfer robot RB1 takes out a processed wafer Wi and carries a next wafer Wi+1 to be processed next by executing a pick and place operation for each of the process modules PM1 through PM4 during a single access to the process module.

Intelligent NIC optimizations includes system and methods for Token Table Posting, use of a Master Completion Queue, Notification Request Area (NRA) associated with completion queues, preferably in the Network Interface Card (NIC) for providing notification of request completions, and what we call Lazy Memory Deregistration which allows non-critical memory deregistration processing to occur during non-busy times. These intelligent NIC optimizations which can be applied outside the scope of VIA (e.g. iWARP and the like), but also support VIA.

The invention discloses a channel allocation method that is used for a multiple-frequency wireless mesh network and based on link load weighted topology and equipment thereof. A network comprises a plurality of mesh routers. Each mesh router is provided with a plurality of frequency devices, wherein, a pair of unidirectional links with opposite directions attached to the mesh routers exists between two mesh routers which are in the emission range of the frequency devices. The method comprises the following steps: according to the average busy time for sending data of each link in the network, the link load of each link is measured; and channel allocation is carried out to each link on the basis of the link load of each link.

The present invention provides a community expansion method and device and storage medium. The method comprises the steps of: obtaining busy time traffic statistics data of a community to be assessed,determining whether the community to be assessed meets an expansion standard or not in the preset condition according to the busy time traffic statistics data, and when the community to be assessed meets the expansion standard, determining an optimal expansion strategy according to the current network working parameter information of the community to be assessed. The technical scheme improves theaccuracy of the expansion, reduces the network operation cost and solves the problems of the network perception concerned by the user.

The invention relates to a video playing method based on a WAP gateway, a WAP gateway, and a system. The video playing method includes: an access request being judged by the WAP gateway, when the access request of a terminal browser is received by the WAP gateway; when the access request is a video playing request, obtaining video resources from a service providing server according to the video playing request; and sending the processed video resources to the terminal browser, after the video resources are processed. According to the video playing method based on the WAP gateway, the WAP gateway, and the system: a VO video processing module is added in the WAP gateway to carry out process flow such as compression, code conversion, and buffering, so that wireless bandwidth occupation is saved, and interaction and waiting time for providing a server for video service request; and a equalized distribution mechanism by polling is employed for forwarding a video request, code flow of a wireless channel is decreased at busy time and increased at free time, and meanwhile the code flow is adjustable according to the an attribute dynamic of a user, so that load on the gateway is relieved and video playing experience of the user is enhanced.

The invention discloses a method and a device for message transmission. By employing channel occupying parameters and message retransmission parameters as adjustment references, message transmission treatment is conducted by dynamically enabling a channel reservation mechanism to work and stop working; accordingly, when in severe spatial environment and busy time, the channel reservation mechanism of an RTS / CTS mechanism or a CTS-To-Self mechanism is reasonably used to transmit messages; the method decreases use conflicts of system resources and improves WLAN network application quality.

The invention provides a culture technology of perennial regenerative rice, which displays advantages by the following: treating in accordance with local conditions and choosing high-quality seed; choosing region and farm land; cultivating, reseeding and fertilizing scientifically timely; managing water scientifically and dormant baked the farm land timely; preventing and wiping out plant diseases and insect pests and birds and rats; harvesting timely and collecting cereal carefully. The invention is characterized by the following: saving labor and cost and early-ripening (using seasons to culture double-cropping paddy); having high and stable yield; being like rice transplanting rice in grain size and bigger than current regenerative with stable culturing; extending high-quality seed to degenerate; adjusting labor stress at busy time and tension in supply of the high-quality seed. The invention improves the yield through using the technology to culture the perennial regenerative rice efficiently, which can achieve about 505. 2kg per mu and the most being 572. 8kg per mu and the yield of two seasons can be more than 900kg or even be a ton of grain per mu If cultures the perennial rice in last season while rice transplanting rice in next season.

The invention provides a communication device and a communication method. The communication device with at least a first antenna and a second antenna includes a switch element, a transceiver, and an antenna selection and control module. The switch element is coupled to the first antenna and the second antenna. The transceiver is coupled to the switch element. The antenna selection and control module controls the switch element to switch between the first antenna and the second antenna, such that the first antenna and the second antenna are respectively set as an operating antenna and a non-operating antenna. In one or more busy time periods of the operating antenna, the transceiver measures a first communication quality parameter of the operating antenna. In one or more idle time periods of the operating antenna, the transceiver measures a second communication quality parameter of the non-operating antenna.

The method for detecting continuous channel noise comprises the steps of: setting a threshold value of channel busy time and a threshold number of channel busy condition; setting a count value to an initial value; obtaining a measured value of the channel busy time during a beacon interval; determining whether the measured value of the channel busy time is larger than or equal to the threshold value of the channel busy time; if yes, the count value is increased by 1, and if not, the count value is reset to the initial value; and determining whether the count value is larger than or to equal to the threshold number of the channel busy condition; if yes, a noise disturbance alarm is generated, and if not, next channel busy time is obtained during a next beacon interval so as to determine whether the count value is increased or not.

A computing appliance includes a processor, an interface to an external network, an interface to a local area network, software executing on a machine-readable medium, wherein the software provides, a function for determining the ratio of busy time compared to idle time affecting a worker during task and multitask performance, a function for assigning a value defining a natural capacity of the worker to process a specific task type without developing a significant backlog, a function for assigning new tasks to the worker performing significantly under a natural capacity value for the type of task or tasks being processed, and a function for withholding one or more tasks from the worker performing near or at the natural capacity with developing backlog.

A data storage device includes a cumulative data histogram of lengths of idle times between foreground user service requests. The cumulative data histogram is updated with measured lengths of current idle times between successive user service requests. Background service request are scheduled following a user service request after a time delay that is controlled as a function of the cumulative data histogram and a calculated length of a busy time of the background service request.

A method of transmitting management information in wireless local area network system is provided, The method includes transmitting, to a station, a frame including a BSS load information element, the BSS load element including a multi user (MU) multiple input multiple output (MIMO) capable STA count field and a spatial stream utility field, wherein the MUMIMO capable STA count field indicates the total number of STAs with MU reception capability currently associated with the candidate BSS and the Spatial Stream Utility field indicates under utilized spatial streams for busy time of wireless medium.

A method and a web-based system is provided that enables a customer service center of a company to provide its customers with a choice of different modes for establishing contact with customer service representatives. The different modes of contact are displayed on a single web page. The modes of contact include, but are not limited to call, chat, e-mail and Internet talk. Further, the system provides information regarding the estimated wait time and the less busy time for the modes of contact. In addition, the system and method provide means for conducting a search in a knowledge database for automated responses to queries from customers. The system and method enables the customer to provide feedback for each interaction with the customer service center through the web page. Further, the system and method enable the storage of all interaction between each customer and the customer service center.

An embodiment of the current invention is directed to determining one or more sectors in a network divided into sectors that require additional communication resources. Total-hourly, busy-time traffic is collected for each sector. A total-monthly, busy-time traffic is determined for each month, based on the total-hourly, busy-time traffic. The sectors are divided into a number of groups, based on the total-monthly, busy-time traffic for each sector. An ordering of sectors in each group is created, based on the total-hourly, busy-time traffic, utilizing a different ordering algorithm for each group. One or more sectors requiring additional communication resources are determined based on the ordering of sectors.

The invention discloses a strategy control method, device and system. The method comprises the steps of collecting telephone traffic statistical data of cells with one statistical cycle as a unit time within the sampling time, wherein the sampling time includes many days, each day has a plurality of statistical cycles, each statistical cycle corresponds to different time periods in one day, each cell corresponds to at least one base station, and a wireless network comprises the base stations of the cells; filtering the telephone traffic statistical data of the cells in statistical cycles corresponding to the same time period within the sampling time according to a filtering condition, counting filter results to predict whether the cells are busy cells or not, and when the cells are predicted as the busy cells, predicting the busy time period of the cells to generate list information at the busy time period of the busy cells; sending the list information at the busy time period of the busy cells to a PCRF entity device, and bringing convenience to the strategy and billing regulation functional entity device to carry restrictive strategy control according to the list information at the busy time period of the busy cells. By means of the mode, the strategy control method, device and system can decrease the misjudgment rate.

The invention discloses a content-encoding pre-synchronization method. The content-encoding pre-synchronization method includes the following steps: a network device selects a hot index value with high occurrence frequency from all the index values stored in the network device; the network device confirms other base stations which are the same type as a base station receiving the hot index value and transmits the hot index value and data corresponding to the hot index value to the base station when a link is idle. The content-encoding pre-synchronization method can be adopted to prejudge the hot index value and the base station which the hot index value is likely to be transmitted to and transmits the hot index value to the corresponding base station in advance when the link is idle. Consequently, the conditions of transmission delay at busy time are reduced, the compression ratio at busy time is improved, and loss of synchronous data due to the busy link can be avoided.

The present invention relates to a grouping domain data service wireless channel allocation method. It contains first of all configuring grouped data service wireless channel theoretical value in wireless communication cell, then through detecting each grouped data service minimal band width requirement value and channel bandwidth to obtain service resource intensity; calculating each user's service quantity in busy time; calculating virtual service resource intensity and each user's virtual service quantity in busy time; calculating cell virtual service quantity; calculating virtual channel number of practical grouped data; converting virtual channel number into wireless channel number. The present invention can directly change market feedback into working guiding through leading-in service minimal band width concept, virtual service concept, Campbell's theorem, Erlang B matching function and virtual channel numeral conversion calculation to realize wireless channel distribution.

The present invention relates to an opportunistic frequency spectrum access method based on collision probability restriction, and belongs to the technical field of wireless mobile communication. The method comprises the following steps: setting a collision probability restriction value zeta, and setting the parameter of frequency spectrum disengagement time length distribution function f(t) to arbitrary values; circulating the following steps: continuously perceiving until the frequency spectrum is free; if the frequency spectrum is free, using zeta, f(t) and v for calculating the optimal access time point x and optimal access time length T, if the free time length is smaller than x, perceiving the frequency spectrum, otherwise continuously accessing the frequency spectrum until the access time length is larger than T or collision generation; if the access time length is larger than T, continuing perceiving until the frequency spectrum is busy, and if the frequency spectrum is busy, calculating and storing the busy time length and idle time length, estimating the parameter of f(t) and v for entering the next circulation; and if the collision is generated, calculating and storing busy time length and free time length, estimating the parameter of f(t) and v for entering the next circulation. The method of the invention can optimally use the free frequency spectrum resource and simultaneously satisfies the collision probability restriction which can be tolerated by the master subscriber.

The invention discloses a method and a device for interference detection in order to solve the problem in the prior art that the accuracy of detecting the interference between systems is not high. The method comprises steps of obtaining an interference power value of RB of each resource block on an upstream time slot in a target base station, determining the busy time frame and idle time frame of the target base station which is interfered according to the obtained the interference power value of each RB on the upstream time slot, determining the busy time interference power value and the idle time frame interference power value of each RB according to the determined busy frame and the idle time frame and the obtained interference power value of each RB on the upstream time slot, and determining whether the base station is interfered by the blocking interference of the frequency division duplex long term evolution system and the same frequency interference of an interference unit according to the determined idle time frame interference value and the busy time frame interference power value of each RB.

To efficiently detect, in an information processing system including a plurality of information processing apparatuses, an information processing apparatus in which an abnormality has occurred. For each of the information processing apparatuses, a detection apparatus stores a previously estimated average processing time per service for a plurality of services provided by the information processing apparatuses. Then, for each of the information processing apparatuses, by using communication packets acquired in a predetermined period, the detection apparatus computes the number of calling times when the services have been called, and computes a busy time, which is a total amount of time when transactions are performed. Thereafter, the detection apparatus judges that an abnormality has occurred in each of the information processing apparatuses, if a point corresponding to coordinate values indicated by the computed number of calling times and busy time deviates, beyond a predetermined criterion from a hyperplane indicated by the previously estimated average processing time per service, in a multidimensional space formed by coordinate axes indicating the number of calling times per service and also by a coordinate axis indicating the busy time.