46 results about "Cost database" patented technology

A speech synthesis system can select recorded speech fragments, or acoustic units, from a very large database of acoustic units to produce artificial speech. The selected acoustic units are chosen to minimize a combination of target and concatenation costs for a given sentence. However, as concatenation costs, which are measures of the mismatch between sequential pairs of acoustic units, are expensive to compute, processing can be greatly reduced by pre-computing and caching the concatenation costs. Unfortunately, the number of possible sequential pairs of acoustic units makes such caching prohibitive. However, statistical experiments reveal that while about 85% of the acoustic units are typically used in common speech, less than 1% of the possible sequential pairs of acoustic units occur in practice. A method for constructing an efficient concatenation cost database is provided by synthesizing a large body of speech, identifying the acoustic unit sequential pairs generated and their respective concatenation costs, and storing those concatenation costs likely to occur. By constructing a concatenation cost database in this fashion, the processing power required at run-time is greatly reduced with negligible effect on speech quality.

The invention discloses an engineering cost auditing method and system. The method comprises the steps that review materials submitted by a submitting unit are acquired and input; the input review materials are checked, and cost implementation task assignment is carried out after the materials are checked; the result of cost implementation task assignment is combined with the historical cost dataof a cost database or external cost data captured in real time to implement cost to acquire a cost implementation document, wherein the cost implementation document comprises implementation price; cost implementation checking is carried out on the cost implementation document; a check result table is generated according to the result of cost implementation checking, and the check result table is sent to the submitting unit for confirmation; a work draft and a work report are generated according to the check result table confirmed by the submitting unit, and corresponding approval price is acquired; and the approval price is stored in the cost database. According to the invention, the cost database is added; and the engineering cost auditing method and system have the advantages of convenience, high efficiency, good auditing effect and reliability, and can be widely applied in the field of information management.

A system and method for improving the response time of text-to-speech synthesis utilizes “triphone contexts” (i.e., triplets comprising a central phoneme and its immediate context) as the basic unit, instead of performing phoneme-by-phoneme synthesis. The method comprises a method of generating a triphone preselection cost database for use in speech synthesis, the method comprising 1) selecting a triphone sequence u1-u2-u3, 2) calculating a preselection cost for each 5-phoneme sequence ua-u1-u2-u3-ub, where u2 is allowed to match any identically labeled phoneme in a database and the units ua and ub vary over the entire phoneme universe and 3) storing a group of the selected triphone sequences exhibiting the lowest costs in a triphone preselection cost database.

A method and apparatus for optimization of predictor variables. The apparatus includes a value obtaining section to obtain a plurality of answers from an answer database, each answer including an answered value for each variable of a plurality of variables, the plurality of variables answered by each respondent of a plurality of respondents, a cost obtaining section to obtain a cost for answering each of the plurality of variables from a cost database, and a determining section to determine at least one predictor variable from the plurality of variables based on a prediction performance and an answering cost, the at least one predictor variable for predicting at least one remaining variable of the plurality of variables.

A system and method to compile different types of data from different locations into one reliable assemblage is provided. The assemblage may include an index of information provided to a user. The assemblage may be in the form of a three dimensional (3D) representation of an object, where the 3D representation includes an index and links to more detailed information regarding the object. The 3D representation may be of any object, for example, a body part in the context of medical imaging, or a building in the context of architectural and engineering design. The assemblage may be comprised of 3D and 2D artifacts. The 2D artifact may include 2D vector and raster embellishment in a variety of forms, such as vector graphics, raster graphics from many sources included hand drawn graphics that are scanned, specification documents, texts, cost data from cost databases, data in tabular form, notes, text, dimensions, link icons (links to other media). The 3D artifact may include vector graphics (2D and 3D) including all data obtained through data conversion methods, and “Point clouds” (voxels).

The invention provides an inquiry system and inquiry method of a supply and demand service platform. The system includes a product selection module, an inquiry module, an inquiry processing module, a database, and an order determination module, the database includes a product information database, a cost database, and an order database, the product selection module is connected with the product information database, the inquiry module is connected with the inquiry processing module, the inquiry processing module is connected with the cost database, the order determination module is connected with the order database, and the system further includes a timing module connected with the inquiry processing module. The inquiry method includes that a buyer inputs the first inquiry requirement information through the inquiry module, a seller feeds back the price information through the inquiry processing module, the buyer decides whether the order information is determined according to the first pricing information, and the inquiry processing module closes the transaction on time according to the standard clock information acquired by the timing module. The inquiry system and inquiry method enable the buyer and the seller to conveniently carry out transaction, and improve the transaction efficiency as well.

The invention relates to the field of engineering cost, especially a project cost schedule management system, the management terminal edits the item information according to the specific item and sends the information to the cloud server via the item allocation module, the project information transmitting and receiving module in the cloud server receives the project information and sends the project information to the cost controller terminal, at that same time, the time module starts to time, the cost controller terminal receives the item information in progress, and obtains the data in the cost database module through the cost data obtaining module, carries out calculation of engineering cost, after the engineering cost calculation is completed and the processing result is obtained, theprocessed result sending module sends the processed result to the processed result sending-receiving module, the processing result transmitting and receiving module sends the processing result to theprocessing receiving module, and the timing module terminates the timing. If the processing result transmitting and receiving module does not receive the corresponding processing result when the predetermined time is reached, the reminding module sends the project reminding information to the cost worker terminal to remind the cost worker to pay attention to the processing progress and better control the project progress.

The invention discloses a metal open-pit mine 5D temporal-spatial dynamic production scheduling plan model building method which mainly comprises the following steps: building a 3D open-pit mine rock mass block production scheduling model; carrying out space block model attribute assignment; building an ore price and mining and rock mass stripping cost database; and finally, building a 5D temporal-spatial dynamic production scheduling model. The invention aims to realize dynamic simulated mining of a mine rock mass within the open-pit mine boundary. By making use of the 5D temporal-spatial dynamic production scheduling model, the medium- and long-term mining progress and process can be simulated accurately, the obtained resource net value can be calculated dynamically, a mining scheme maximizing the resource net value can be selected for a mine from a variety of medium- and long-term mining schemes, and the discount rate can be further considered to enable mine enterprises to select a medium- and long-term progress plan scheme maximizing the net present value NPV. The metal open-pit mine 5D temporal-spatial dynamic production scheduling plan model building method has a broad application prospect in the field of open-pit mine development optimization design.

A method for identifying potentially defective integrated circuit chips and excluding them from future testing as wafers move through a manufacturing line The method includes data-collecting steps, tagging the chips on wafers identified as potentially bad chips based on information collected as the wafer moves down the fabrication line, evaluating test cost savings by eliminating any further tests on the tagged chips preferably using a test cost database. Considering all the future tests to be preformed, the tagged chips are skipped if it is determined that the test cost saving is significant. Tagging bad chips is based on various criteria and models which are dynamically adjusted by performing the wafer final test on samples of the tagged chips and feeding-back the final test results. The dynamic adaptive adjustment method preferably includes a feedback loop or iterative process to evaluate financial tradeoffs when assessing the profit of salvaging chips against the additional test costs.

A system and method to compile different types of data from different locations into one reliable assemblage is provided. The assemblage may include an index of information provided to a user. The assemblage may be in the form of a three dimensional (3D) representation of an object, where the 3D representation includes an index and links to more detailed information regarding the object. The 3D representation may be of any object, for example, a body part in the context of medical imaging, or a building in the context of architectural and engineering design. The assemblage may be comprised of 3D and 2D artifacts. The 2D artifact may include 2D vector and raster embellishment in a variety of forms, such as vector graphics, raster graphics from many sources included hand drawn graphics that are scanned, specification documents, texts, cost data from cost databases, data in tabular form, notes, text, dimensions, link icons (links to other media). The 3D artifact may include vector graphics (2D and 3D) including all data obtained through data conversion methods, and “Point clouds” (voxels).

The invention discloses a method of optimal allocation of agricultural non-point source management measures combination based on an ecological service function. The method comprises the following steps: 1) collecting data of a target research area and constructing a watershed SWAT model of the target research area; 2) According to the slope condition and the type of soil hydrology group, selectingthe agricultural non-point source management measures in the target research area; 3) calculating that cost of the existing management measure and the selected agricultural non-point source management measures of the watershed where the target research area is locate, and constructing a cost database of each management measure; 3) adjusting that key characteristic parameters of the SWAT model ofthe watershed, respectively simulate the reduction efficiency of the target pollutants by different management measures, and generating an ecological benefit database for the implementation of the measure; 4) adopting an Adaptive multi-objective genetic algorithm to calculate the cost database and the ecological benefit database, and the optimal cost-benefit curves of different target pollutants are obtained, and the optimal allocation scheme of agricultural non-point source management measures in the target research area is obtained.

The invention provides a project cost calculation method and device, and relates to the technical field of data processing. The engineering cost calculation method comprises the following steps: extracting corresponding engineering cost budget information from a preset engineering cost database according to engineering original data; the engineering cost budget information is acquired, then the corresponding engineering cost budget result is calculated according to the engineering cost budget information, finally the engineering cost scheme is generated according to the engineering cost budgetresult and the engineering original data, the engineering cost is automatically calculated, the accuracy is high, and the calculation efficiency is high.

The invention discloses an establishment of a historical power grid typical engineering resource database includes collecting historical engineering data, state grid general engineering costs and Electric Power Planning & Engineering Institute quota data, constructing a critical parameter library according to an engineering type, building a scientific and reasonable engineering cost contrastive analysis model by means of informatization, and realizing an intellectualized contrastive analysis for the engineering costs in order to assist the development of a techno-economics assessment. The application of the invention provides a support for an engineering cost management and control analysis. The invention has the advantages of establishing general engineering cost, costs of each engineering phase and costs of engineering with the same scale and similar type to assist comparative censor through an engineering cost database according to an engineering cost management requirement, carrying out engineering cost analysis, concluding rules and experience and providing the basic data reference and support for a subsequent engineering cost job, making full use of data mining technology and depending on the huge engineering cost database.

The present invention relates to an information cost management system, including a control table, on the centre of said control table are set a hardware and software cost module, a customer service cost module, a printing cost module, a network cost module, a development cost module, and a statistical analysis module. It also provides the functions of the above-mentioned all the modules and the operation method of said system.

The present invention provides an estimate evaluation system which compares between the estimated prices of a product submitted from a plurality of manufacturers located in different countries or different currency markets to determine its propriety and can thus negotiate with the manufacturers about some discount. <??>Provided in the country A of a purchaser are a group of man / machine interfaces including a purchase section terminal (11), a production management terminal (12), and a design development terminal (13), a production management system server (14), an estimate system server (15), a currency exchange table server (16), a country A production cost database (1a), a country B production cost database (1b), and a country C production cost database (1c). The production cost database stores the production cost factors and cost data on each country.

The invention discloses an intelligent manufacturing-oriented full-factor cost accounting system and method for intelligent manufacturing, and the system comprises a data collection unit which collects cost data; a data processing unit which is used for preprocessing the cost data; a cost accounting unit which comprises an all-factor cost accounting module and is used for accounting and outputtingthe production cost according to the cost data; wherein the all-factor cost accounting module comprises a cost node library for storing the structure definition of a cost node; a cost node interfacewhich is used for providing a connection relationship between the cost nodes; a multi-level expansion interface which is used for establishing a multi-level cost accounting model and a coupling relationship between cost nodes of different levels; and a cost database which is used for carrying out structured expression on the cost data according to the cost node library, configuring a cost node interface and a multi-level expansion interface according to a coupling relationship among the cost data, and carrying out accounting and outputting on the production cost. The accounting system and method provided by the invention meet the cost accounting requirements of all elements and multi-level granularity in an intelligent manufacturing production mode.

The invention relates to a project cost consultation management method and system, and a computer storage medium, and relates to the technical field of building consultation, and the method comprisesthe steps: obtaining current first building part information before building model correction and the current second building part information after building model correction; searching repeated partcost corresponding to repeated building parts from a preset part cost database according to the repeated building parts in the current first building part information and the current second building part information; finding out changed part information from a part cost database according to the current second building part information and the building model which is not repeated in the repeated part information; matching the changed part cost from the part cost database according to the changed part information; and generating and displaying a new cost according to the part cost and the repeated part cost. The invention is more intelligent, and time-saving and labor-saving in price estimation.

The invention relates to an intelligent early warning and control system for major network project cost investment. An intelligent early warning and control method includes the steps that the requirements and the standards of cost data collection in the processes of project estimate, rough calculation, budget and settlement are unified, and cost and technical data within 3-5 years in a region range are collected to form a major network project typical cost database; various bid invitations in collected typical cost are researched and analyzed, and data with large influence are extracted as key index data to form a key index comparison model; based on the typical cost database and the key index comparison model, a key parameter selecting rule, a key index matching rule and a comparison and early warning rule are made to achieve intelligent early warning and control over a major network project. The indexes of major network project cost are collected and analyzed, the key index parameters affecting the cost investment are researched and set, an intelligent means is provided for evaluating the major network project design, and the cost abnormal conditions are detected intelligently and marked out.

The invention discloses an intelligent management system for project cost evaluation and analysis based on cloud calculation and big data. Comprising a building part quantity statistics module, a building part type analysis module, a cost database, a building part basic parameter acquisition module, a building part volume statistics module, a building part welding region quantity statistics module, a building part welding region welding parameter acquisition module, a cost analysis module, a management server and a background display terminal. According to the method, the number of building parts and the number of welding regions existing on the steel structure building engineering are counted, and the part material cost corresponding to each building part, the welding flux material cost corresponding to each welding region and the total manual welding cost are counted, so that the comprehensive cost of the steel structure building engineering is evaluated; the defects of a traditional steel structure building engineering cost evaluation mode are overcome, the accuracy of the evaluation result is improved, and then the steel structure building engineering cost evaluation level is improved.

A production management system includes an input device that inputs a request from a user. The system also includes a processor that computes a total cost in response to the request inputted by the input device based on a cost database in standby time relating used equipment to a cost per unit time in standby time, which shows a cost in standby time for every predetermined time unit varying in response to an elapsed time, a cost database in disposal time relating used equipment to a cost per unit disposal volume, which shows a cost in processing time every predetermined disposal unit varying in response to a production condition and a disposal volume, and a database for production process information relating used equipment to a production condition and a production process. The system further includes an output device that indicates the total cost computed by the processor to the user by a predetermined format. The request includes a designation for production conditions showing a designation of the production conditions and a designation for aggregation unit showing the designation of aggregation unit in response to a size of the production process. The processor selects at least one of used equipment in response to the designation for production condition. The processor also computes a total cost in standby time in response to the designation of aggregation unit, based on an assumed standby time of the used equipment, and a cost in standby time per unit time of the used equipment. The processor further computes a total cost in disposal time in response to the designation of aggregation unit, based on a designation of disposal volume included in the designation of the production condition, and a cost in disposal time per unit disposal volume of the used equipment selected in response to the designation for the production condition, and computes the total cost based on the total cost in standby time and the total cost in disposal time.

The invention provides a quotation obtaining method of computer resources, which comprises the following steps: receiving quotation obtaining instructions aimed at computer resources; obtaining resource attributes included in the quotation obtaining instruction; finding a historical cost of a target computer resource having the resource attribute from a cost database; a quotation is calculated based on an expected profit and a historical cost of the target computer resource. The invention also discloses a quotation obtaining device of computer resources, a computer device and a computer-readable storage medium. The invention can improve the accuracy of computer resource quotation through data processing.

A system includes a model database configured to contain model items representing capital project components. Each model item has at least one model item code. The system includes a schedule database configured to contain schedule items representing a portion of a construction schedule. Each schedule item has at least one schedule item code. The system additionally includes a cost database configured to contain cost items representing a cost for the portion of the construction schedule and / or the capital project components. Each cost item has at least one cost item code. A rules engine is configured to receive a rule for mapping model items, schedule items, and cost items. The rule includes a code sequence related to the model item, the schedule item, and the cost item. A mapping engine communicates with the model, schedule, and cost databases to map model, schedule, and cost based on the rules.

The invention discloses an intelligent car locking system, and relates to parking timing charging equipment. The problems that a roadside parking system needs to apply a memory card to be pre-recharged, using and applying are cumbersome, and intelligence is low are solved. The intelligent car locking system is characterized in that a rearview mirror shielding lock, a main control module, a lockingdetection module, a timing module, a user module, a reading module, a cost generation module and a cost check module are included; and a cost database corresponding to a current timing signal is preset in the main control module, and the rearview mirror shielding lock is opened when the cost paid by the user module is consistent with the current payment cost. According to the intelligent car locking system, locking is conducted in a mode of shielding a rearview mirror of a car, operation is convenient, more intelligence is achieved by being matched with the locking detection module, and practicability is high.

The invention relates to a full-life-cycle cost data management method based on a fabricated school. The method is applied to terminal equipment, and comprises the following steps: obtaining construction process data, dividing a building construction process into a plurality of construction stages according to the construction process data, and setting construction projects for the construction stages; calculating budget cost data of each construction stage according to construction requirements; performing statistics on actual cost data of the construction stages; judging whether the actual cost data of the construction stages exceeds the budget cost data or not, and analyzing reasons if the actual cost data of the construction stages exceeds the budget cost data; according to the reasons of overspending of the actual construction cost data, giving a construction cost data adjustment scheme in combination with requirements of the construction projects; according to the actual cost data of the construction stages, the budget cost data of the construction stages and cost data analysis on the construction stages, establishing a cost database; and performing statistics on building maintenance cost data to the cost database. According to the method, the construction and maintenance cost of a fabricated building can be comprehensively managed.

The invention relates to a service system solving plantation problems on the basis of a life-cycle model. The service system comprises a data layer, a user interaction layer and a logic control layer, wherein the data layer comprises a variety database, an agricultural capital database, a meteorological database, a coil database, a cost database and an operation method database, wherein the variety database is stored with the crop variety information, the agricultural capital database is internally stored with the fertilizer information, the meteorological database is stored with the meteorological information of crop plantation lands, the soil database is stored with the soil information of the crop plantation lands, the cost database is stored with the plantation cost information of crops, the operation method database is stored with the crop operation method information, the user interaction layer is used for receiving crop varieties, growth stages and beneficial strategies inputted by a user, and the logic control layer is used for generating corresponding plantation strategies according to the crop varieties, the growth stages and the beneficial strategies inputted by the user and sending the generated plantation strategies to the user interaction layer. The service system is advantaged in that the corresponding plantation strategies can be respectively provided for each growth stage within the lift-circle period of the crops, and crop benefits are improved.

The establishment of the power project cost database system includes analyzing and determining the key technical and economic indicators of power project investment control, and establishing a project cost data collection model; establishing a historical project cost experience database to provide reference data for reviewing project cost; intelligently selecting historical projects to realize historical Automatic comparison between projects and pending projects to improve review efficiency. The establishment of this database system is safe and reliable, with advanced technology, environmental protection, reasonable investment, unified standards, and efficient operation, and promotes the construction of power grids to better cooperate with social and economic development, avoiding the risk of investment waste becoming a bottleneck in economic development. On the other hand, under the premise of ensuring the safe and reliable operation of the power grid and the social demand for electricity, reasonably reduce the project investment cost, minimize the operating cost of the power grid enterprise, and realize the sustainable development of the company, thereby proposing safe, reliable and high-quality solutions for social development. , Low-cost electricity supply.

An information processing method includes, calculating, by a processor, a cost of a first process on the basis of a number of processes performed by the first process and a cost database that stores therein a unit price of cost factors; calculating, by a processor, a cost of a second process on the basis of the number of processes performed by, instead of tile first process, the second process that is performed by an ICT apparatus and the cost database; and calculating, by a processor, an introduction level of the second process needed for cost reduction on the basis of the cost of the first process and the cost of the second process.

The invention relates to a project cost data binary storage format supporting collection statistics. The project cost data binary storage format comprises a cost data structure definition, a cost data access collection function library and a JDBC standard Java database access interface. According to the method, the project cost database system can dynamically determine the bottom storage format, and the functions of flexible collection, structure adjustment and storage optimization of the cost database system are achieved. The data stored in the project cost data storage format can directly generate a project economic index table, a project cost content index and a complete cost standard list, the project cost database system construction model is optimized, the project cost data operation efficiency is improved, and a bottom-layer technical guarantee is provided for project cost data recycling.