46 results about "Job specification" patented technology

Systems and methods for guiding users to candidate resume and current in-demand job specification matches using a predictive tag cloud of common, normalized elements for navigation. The system automatically processes candidate resumes and job specifications expressed in natural language into a common, normalized, validated form. Users select a single job classification of interest, and subsequently select elements of interest from a tag cloud. Upon each selection, an engine may display a new set of elements that are found in combination with the previously selected elements, via a tag cloud, and a revised list of candidate resume/profiles or job specifications, any of which users can select.

A system for managing a job in accordance with a job specification and job content includes a database that stores device information and a configuration engine. The configuration engine is responsive to the job specification and the database and identifies one or more device configurations that are capable of producing the job. The system also includes a controller that is responsive to a selection from the one or more device configurations to produce a command stream in a format compatible with the selection.

Apparatus for selectively puncturing a moving receiver includes puncturing devices, each with two parallel puncturing wheels and a pressure wheel. A drive mechanism rotates the puncturing wheels or pressure wheel of two or more puncturing devices so that the rotating puncturing wheels engage the moving receiver to puncture the moving receiver parallel to its feed direction in the puncturing areas. A transport mechanism selectively moves the plurality of puncturing devices perpendicular to the feed direction of the receiver. A controller receives a job specification including two or more specified puncture locations and causes the transport mechanism to laterally position two or more of the plurality of puncturing devices to puncture the moving receiver in the specified puncture locations. A rotatable turret with various shaft segments can be arranged so that perforating devices can be moved on and off the shaft segments.

A method for submitting jobs to a reproduction center includes electronically transmitting document data representing documents to be printed from a client to the reproduction center. A submission form description indicating print options currently available at the reproduction center is created on behalf of the reproduction center. The submission form description is suited for electronic transmission to a client and for generating a submission form at the client which is capable of being filled-in electronically by the client. An electronic document file is created upon receipt of a job request including document data from a client. The document data in the job request are stored, and the submission form description is sent to the client. Upon receipt of the submission form from the client with job specifications filled-in, the job specifications are stored in an electronic job ticket, which is linked to the document file.

Systems and methods for automatically processing candidate resumes and job specifications expressed in natural language into a normalized form using frequency analysis. A database of elements is provided in which each element is expressed in natural language and at least some of which are associated with a corresponding set of synonymous words or phrases. Candidate resumes and job specifications are received in electronic form and expressed in natural language. The candidate resumes and job specifications are analyzed to extract elements expressed in candidate resumes and job specifications. The extracted elements are compared to the database. For each extracted element, the most frequent element or synonym is identified an used as a common form for the extracted element. A set of candidate resumes is matched with a corresponding job specification by comparing the set of elements expressed in common form for the resumes with the set of elements expressed in common form for the job specification.

A system for assessing environmental impact of processing print jobs includes a processor and a computer-readable storage medium. The computer-readable storage medium in communication with the processor and comprises one or more programming instructions for: electronically receiving a campaign specification data structure including at least one job specification; operatively selecting a plurality of vendors from a database. Each of the selected vendors is capable of performing a job as operatively specified by the at least one job specification of the campaign specification data structure. The computer-readable storage medium in communication with the processor and also includes one or more programming instructions for generating a plurality of environmental impact assessments corresponding to the campaign specification data structure. Each of the plurality of environmental impact assessments is operatively associated with one of the selected capable vendors.

Systems and methods for automatically processing candidate resumes and job specifications expressed in natural language into a common, normalized, validated form. Candidate resumes and job specifications are received in electronic form and expressed in natural language. The natural language expression of the candidate resumes and job specifications are analyzed to extract elements expressed in candidate resumes and job specifications. Each extracted element is validated against a database of valid words or phrases. The extracted, validated elements are converted for each candidate resume or job specification into corresponding set of synonymous elements. The synonymous elements are expressed in a common form used across all candidate resumes and job specifications processed by the method. A set of candidate resumes is matched with a corresponding job specification by comparing the set of elements expressed in common form for the resumes with the set of elements expressed in common form for the job specification.

The invention pertains to a system and method for a set of middleware components for supporting the execution of computational applications on high-performance computing platform. A specific embodiment of this invention was used to deploy a financial risk application on Blue Gene/L parallel supercomputer. The invention is relevant to any application where the input and output data are stored in external sources, such as SQL databases, where the automatic pre-staging and post-staging of the data between the external data sources and the computational platform is desirable. This middleware provides a number of core features to support these applications including for example, an automated data extraction and staging gateway, a standardized high-level job specification schema, a well-defined web services (SOAP) API for interoperability with other applications, and a secure HTML/JSP web-based interface suitable for non-expert and non-privileged users.

Apparatus for perforating a moving receiver includes perforating devices, each with two parallel perforating wheels and a pressure wheel arranged so that the perforating wheels are pressed laterally against the pressure wheel to define two perforating areas and a chad area arranged laterally between the perforating areas. A drive mechanism rotates the perforating or pressure wheels to perforate the moving receiver parallel to its feed direction in the perforating areas, whereby one or more proto-chads are defined on the receiver. A transport mechanism selectively moves the plurality of perforating devices perpendicular to the feed direction of the receiver. A controller receives a job specification including two or more specified perforation locations and causes the transport mechanism to laterally position two or more of the plurality of perforating devices to perforate the moving receiver in the specified perforation locations.

Data transformation in a distributed system of applications and data repositories is described. The subsystems for the overall framework are distributed, thereby allowing for customization to require only isolated changes to one or more subsystems. In one embodiment, a source code repository is used to receive and store source code. A build subsystem can retrieve source code from the source code repository and build it, using one or more criteria. By building the source code, the build subsystem can generate an artifact, which is executable code, such as a JAR or SQL file. Likewise, by building the source code, the build subsystem can generate one or more job specifications for executing the executable code. In one embodiment, the artifact and job specification may be used to launch an application server in a cluster. The application server can then receive data transformation instructions and execute the data transformation instructions.

Apparatus for perforating a moving receiver includes a backer member across a sheet area. Perforating devices each have two perforating wheels selectively pressed towards the backer member. A drive mechanism rotates the backer member or the perforating wheels to perforate the moving receiver. A transport mechanism selectively moves the perforating devices perpendicular to the receiver feed direction. A controller receives a job specification including two or more specified perforation locations and causes the transport mechanism to disengage two or more perforating devices, laterally position them to perforate the moving receiver in the specified perforation locations, and then engage them to perforate.

A method is provided for processing a print job according to print job specifications by means of production steps on a printing system, the printing system including a plurality of production modules and a user interface, each production module performing a production step in order to deliver a resulting product of the production step. The method includes performing a production step by means of a production module of the plurality of production modules delivering the resulting product, establishing a real-life perspective image of the resulting product taking into account the print job specifications, and displaying the real-life perspective image on the user interface. A printing system is provided for carrying out the method.

Features of Enterprise Java Bean (EJB), Enterprise Printing Bean (EPB), JAVA, J2EE, and document authoring are combined to enable a robust enterprise printing architecture. A Java object encapsulates a print job specification and provides a framework enabling access control to print jobs as well as providing audit capabilities. Print control languages can be specified using methods provided by the Java object. Actual process implementation can be supplied via a server enabling another layer of security and control. A user wanting to securely print a job supplies appropriate credentials to the print job bean to gain access to the content and print server credentials allow printing of the print job. The EJB API is extendable to enable all of the J2EE capabilities found on standard EJBs to be applied to print Jobs. Further, a new Java API provides a more powerful page description language than that found in other printing languages.

Systems and methods for modeling workforce talent supply to enable dynamic creation of job specifications in response thereto. A sampling database is built of candidates using normalized form of elements derived from candidate resumes to provide an element level description of each candidate. The national or regional workforce supply of talent is estimated at an element level by statistically extrapolating the information in the sampling database in accordance with BLS data. A job specification is analyzed to determine a corresponding set of normalized elements. The corresponding set of normalized elements is compared to the estimated workforce supply to determine the degree of match at an element-by-element level. The degree of match is presented at an element-by-element level so the user can identify how elements in the job specification affect the degree of match with the estimated workforce supply and so that the user may alter the job specification if desired.

An information processing system includes a non-transitory computer-readable storage medium storing a program for causing an information processing apparatus to function as a job list acquisition unit configured to send related job specification information that specifies one or more related jobs to an output system to obtain a list of the related jobs sent from the information processing apparatus to the output system, and a display controller configured to display the list of the related jobs obtained by the job list acquisition unit on a screen.

The invention discloses a construction method of a large reinforced concrete prefabricated column and a beam lifting an auxiliary embedded part. The method is characterized by comprising the steps of: (a) design of an embedded iron part and (b) construction of the embedded iron part, wherein the method comprises the following steps: (1) production of the embedded iron part: firstly, an embedded part anchoring reinforcement is connected with an embedded steel plate according to a design mode; (2) installation construction of the embedded iron part: a template is erected according to the design requirement; poured concrete is compacted and maintained, and the strength thereof must reach the design requirement or the regulations of job specifications; and (3) after the form stripping is performed for the prefabricated column and beam, a lifting lug is connected with the embedded steel plate. The construction method of the large reinforced concrete prefabricated column and the beam lifting the auxiliary embedded part overcomes the defects of high cost and long construction period in a traditional method, and has the advantages of safe and reliable project quality, shortening of construction period and reduction of construction cost.

The invention relates to a logistics monitoring system and method. The system includes a master terminal device, an auxiliary wireless detection device and a management cloud platform. The master terminal device includes a master control chip, and a group connected with the master control chip and including a 4G communication module, an audio and video acquisition module, a storage module, a positioning module, a door magnetic switch module, a voice module, an alarm module, a display module and an air pressure sensor. The auxiliary wireless detection device includes: an NBIoT module, an acquisition controller connected to the NBIoT module, and a group connected to the acquisition controller and including a temperature sensor, a dissolved oxygen sensor and a pH sensor. In a process of transporting fresh and live aquatic products, the logistics monitoring system and method achieve audio and video surveillance throughout the entire process, and strengthen the evidence-maintaining supervision of the logistics process, can monitor the driving safety and monitor the freshness of the fresh and live aquatic products and the job specification of loading and unloading goods, monitor the environmental information of the fresh and live aquatic products in real time, and are conducive to improving the live and fresh rate of the fresh and live aquatic products.

Apparatus for depositing a texture on a receiver includes a data source adapted to receive a job specification and provide corresponding texture identification data values. A texture memory receives the texture identification data values from the data source and provides corresponding multilevel texture pixel data values. A loader loads into the texture memory a texture set including multilevel texture pixel data values for each of a plurality of textures, each texture in the texture set corresponding to one or more of the texture identification data values. A print engine deposits at each of a plurality of pixel sites on the receiver an amount of texture-forming material corresponding to the respective multilevel texture pixel data value.

The invention discloses an automatic bending machine for processing multi-row steel bars, which includes a box body, a processing plate, a fixed stop rod and a sliding block. A controller is arranged inside the box body. The internal input gears are connected to each other, the output gear is connected to the rotating shaft, the processing disc is fixed on the rotating shaft, the lower end of the fixed blocking rod is connected to the box through the workbench, and the fixed blocking rod is fixed with The fixing sleeve is provided with a sliding groove on the processing disc, and the sliding block is fixedly connected with the fixing hole provided in the sliding groove through a fixing piece, and a forming shaft is arranged on the sliding block. The automatic bending machine for multi-row steel bar processing realizes the simultaneous bending of multiple steel bars. The fixed stop bar is a circular distribution structure, and the next bending operation can be performed from different angles without returning to the original position. The forming shaft passes through the The sliding block is fixed in different positions, which is suitable for bending steel bars of different specifications.

A method selects a folding program for a job to be carried out on a folding system, the job being provided with a job specification. The method includes calculating a fold program and an associated fold configuration based on the job specification, resulting in a set of configuration properties. The method further includes evaluating the fold program to check whether the associated fold configuration properties satisfy a set of configuration conditions. A folding system for folding a job, a printer driver, a computer program and a computer-readable medium for carrying out the method are also included.

A multi-component duplex print is produced on a receiver. Master print engines and slave print engines synchronized to the masters are arranged along the transport path of the receiver with inverters between them. Each inverter has an inverted travel path and a non-inverted travel path, and a difference of a travel time of the receiver in the inverted travel path of each inverter as compared to a travel time of a receiver in the non-inverted travel path of that inverter is adjusted to be an integral multiple of a period between successive receivers. A received job specification designating a first assigned one of the print engines to print on a first assigned side of the receiver. A controller sets the positions of the inverters so the first assigned side of the moving receiver is the corresponding print side of the first assigned print engine.