35 results about "Demand rate" patented technology

Techniques are described for automatically analyzing contingencies in information predicting taxi demand. This is to generate representative information regarding current or future taxi demand, and for using such generated representative taxi demand. Contingent demand information may be generated for a variety of types of useful measures of taxi demand rates, such as for projecting expected likelihood of finding a passenger at each of several road locations. Generated representative contingent taxi demand information may be used in various ways to assist taxi and livery service drivers plan optimal routes and schedules. The historical and / or recent contingent demand data may be used to generate the representative traffic flow information. This may include data readings from mobile data sensors in the one or more vehicles, data sensors in or near the roads, or aggregate data sources collected from one or more sensors or through publicly available data sets.

A method and system for determining analyzing an inventory purchasing opportunity with respect to inventory health. A method may include receiving an offer to purchase units of an inventory item via a purchasing channel for a purchase price per unit; determining a rate of sales demand of the item; and determining a breakeven holding time of existing units of the item, where a cost of holding a unit until the breakeven holding time equals, within an equality threshold, a difference between a sales channel value and the offer purchase price. The method may additionally include determining a healthy inventory level of the item that exceeds a target inventory level by a function of the sales demand rate and the breakeven holding time, and, if a current inventory level of the item exceeds the healthy level, declining to purchase units of said inventory item for the purchase price.

A method for traffic management and resource allocation on a shared access network including estimating a bandwidth capacity of a gateway, determining a demand rate of an IP gateway, allocating bandwidth to the IP gateway based on the demand rate, traffic priority, or traffic weighting, allocating bandwidth to the IP gateway in advance of demand when excess bandwidth is available, scheduling traffic at the IP gateway based on traffic priority, service plan of a VSAT, or physical layer properties of the VSAT, performing priority queue servicing of traffic at a gateway using a real time traffic priority queue, a non-real time traffic priority queue, two or more modulation and coding queue groups, and a code block queue.

The invention discloses a node incentive method based on a buying-selling model and a two-level optimization; the method firstly sets a multi-network multi-terminal communication scenario under a wireless ubiquitous environment and congests a node s with extremely high business demand rate in a network cell A; an idle network cell set tau nearby the node s is equal to {k1, k2 to km}, and a corresponding access point set D is equal to {d1, d2 to dm}, wherein the m is the number of idle network cells; ki is an element of tau and a corresponding relay node set Ri is equal to {ri1, ri2 to rin}. The method, by combining the characteristics of an ubiquitous network and an ubiquitous terminal of the wireless ubiquitous environment and according to the buying-selling model between a business requirement node and a relay node constructed in a wireless communication environment, realizes the purpose of cooperative forwarding of the incentive relay nodes; and on the basis of the incentive relay nodes, through a two-level optimization mode, an objective that the business requirement node meets the business rate requirement with a lowest incentive price is achieved.

An apparatus includes a controller that is operable to determine a safety stock factor that enables a reorder point for an item to be calculated. The controller is also operable to determine an expected amount of backorders for the item using a backorder function based on the reorder point, a reorder quantity, a demand rate, and a lead time.

The invention discloses a method for assessing the availability of naval equipment, which includes obtaining the demand rate of equipment maintenance site components at any time; calculating the number of site components under repair according to the component demand rate of the site; and calculating the site components according to the component demand rate of the site The in-transit quantity of parts; according to the parts demand rate of the site, calculate the number of maintenance guarantee delays and transportation guarantee delays of the parts at the site; obtain the supply mean and variance of the parts at the site; calculate the Obtain the expected shortage of parts; calculate the availability of parts based on the expected shortage and variance of parts, combined with the mean and variance of parts supply; and calculate the availability of equipment. The method of the technical solution of the present invention has accurate model algorithm and fast calculation speed, is suitable for establishing a time-varying availability model of equipment at any level, has small errors when the availability is low and the repair probability is high, and has a wide range of applicability.

The invention discloses a method for predicting accessory demand quantity based on consumption history. The method comprises the following steps: 1, carrying out heat treatment; calculating similar accessory necessity, obtaining a new product demand quantity in the first period, according to demanded quantity of new products and similar accessory necessity rate, calculating the accessory demand quantity of the first period; selling a new product on the market; counting the accessory sales performance and the new product sales performance of each period; calculating the accumulative sales performance of the accessories and the accumulative sales performance of the new products; and calculating an actual accessory demand rate according to the accessory accumulative sales actual performance and the new product accumulative sales actual performance, obtaining the product demand quantity of the next period of each period, and calculating the accessory demand quantity of the next period according to the actual accessory demand rate and the product demand quantity of the next period of each period. After new products enter the market, the demand quantity of the market for maintenance accessories in all periods can be accurately predicted, and the output accessories are not prone to excess stock or overstocking.

A system provides automatic escalation of demand parameters to determine a reliable demand parameter for a level within a sales hierarchy. The system measures difference in demand parameters between a level of interest within the sales hierarchy and a plurality of other levels within the sales hierarchy. The system also compares the differences in demand parameters of the other levels. The system further determines an escalation path for a demand parameter based on the comparison.

The present invention provides a PDCH channel configuration method and device. The method includes: calculating the single-slot theoretical rate of the cell according to the single-channel rate of the cell and the high coding ratio corresponding to the single-channel rate; Carry out quantitative evaluation of the service perception level to obtain quantitative evaluation parameters; determine the single time slot of the cell according to the first correspondence between the pre-statistical cell traffic value, time delay and single-user single-slot rate, and the quantitative evaluation parameters Demand rate: Calculate the theoretical channel value of the cell according to the multi-slot capability parameters of the terminals in the cell and the number of concurrent terminals within the preset time period; calculate the theoretical channel value of the cell based on the theoretical single-slot rate, single-slot demand rate, and theoretical channel value of the cell , calculating the required channel value of the cell; performing channel configuration of the cell according to the current channel value of the cell and the required channel value. The present invention formulates a PDCH configuration scheme according to the actual situation of the cell, reflecting user perception.

The invention discloses a bus transfer rate control method and device for a communication module. The method comprises the following steps that the communication demand rate of a system or the network connection rate of the communication module is acquired; the bus transfer rate satisfying the communication demand rate of the system or the network connection rate of the communication module is figured out; the transfer rate of a bus connected with the communication module is set to be the bus transfer rate figured out. According to different network use conditions, the rate of the bus is controlled dynamically; under the condition that user usage is not affected, the power consumption of equipment on the bus is lowered, the standby and runtime capacities of the mobile equipment are improved, and user experience is improved; meanwhile, by using the bus transfer rate control method and device, the cost is low.

The invention relates to a sediment oxygen demand (SOD) determination device based on electromagnetic dynamic, and a using method. The SOD determination device comprises a testing room, a dynamic room, a magnetic rotor, a magnetic pole, a motor, a dissolved oxygen probe socket, support fixing interfaces and a storage battery, wherein the testing room is in a cylinder structure with the bottom end opened and the runway-shaped cross section; the dissolved oxygen probe socket is formed on one side of the top of the testing room; the support fixing interfaces are arranged at the two ends of the top of the testing room respectively; the dynamic room is a cylindrical barrel and reversely fixed at the top of the testing room; the motor connected with the magnetic pole is arranged in the dynamic room, and is externally connected with the storage battery by a connecting line; the magnetic rotor is placed in the testing room, and is in magnetic connection with the magnetic pole; a hand-held support is connected and fixed to allow the device to be submerged in water and to be filled with overlying water; the dissolved oxygen probe is inserted and sealed; the device is then fixed at the bottom of the water; overlying water circulation of the testing room is adjusted and controlled; and an SOD is determined. The device is simple in structure, easy to dismount, small and exquisite in size, and convenient to carry, and can effectively determine the SOD under the action of different hydrodynamic forces.