Abstract: Disclosed herein are systems, methods, and non-transitory computer-readable media for utilizing search facets based on project context. In the system, a process is used for receiving candidate attributes from candidate devices of a plurality of candidates. The processor operates for receiving, via the network interface, user-entered attributes from a user device of a user that are a first part of project attributes of a project and storing the project attributes. The candidates are searched by comparing project attributes with candidate attributes and producing a resultant matching candidate set comprising matching candidates, wherein each matching candidate is assigned an overall matching score.

Abstract: Disclosed herein are systems, methods, and non-transitory computer-readable media for providing user notifications based on a project context. The system may receive candidate attributes from candidate devices of a plurality of candidates and storing them in a candidate database, as well as user-entered attributes from a user device of a user. The system may then iteratively execute a number of operations that include performing a search for candidates in the candidate database by comparing project attributes with candidate attributes and providing user notification of newly-matched candidates that includes returning returned candidates that are matching candidates of the search results to the user based on the search.

Abstract: A method of validating a storage array network deployment includes receiving information from a user, utilizing the information in a capacity associated with the storage array network, and notifying the user if the utilizing produces an error. The method may further include waiting for user direction before utilizing the information, or waiting until a predetermined amount of information has been received before utilizing the information. The method may further include evaluating one or more formats of the information for suitability for an intended use of the information. The error may be indicated by an abnormal response as a result of utilizing the information.

Abstract: The present invention is directed to a method and information handling system (IHS) for estimating bandwidth and providing one or more Quality of Service (QoS) parameters between a first set of one or more storage devices and at least one other set of one or more storage devices. The method comprises the following, for a given set of the at least one other set of one or more storage devices. The method creates a given temporary volume associated with the given set. The method sends a given sequential workload of actual traffic between the first set and the given set. The method estimates, based upon the results of sending the given sequential workload of actual traffic, the one or more Quality of Service (QoS) parameters for the given set.

Abstract: Systems, methods, and other embodiments associated with a data view for clinical data are described. In one embodiment, a method includes receiving a request from a user to view summarized case report form (CRF) data, where the CRF data corresponds to a plurality case report forms (CRFs) stored in one or more normalized transactional tables. A view query is constructed based, at least in part, on the request and executed on one or more denormalized summary tables to construct a view. The denormalized summary tables store selected CRF data from the normalized transactional tables and are updated concurrently with each update to the transactional tables. The method includes rendering the view for display.

Abstract: A method of validating a storage array network deployment includes receiving information from a user, utilizing the information in a capacity associated with the storage array network, and notifying the user if the utilizing produces an error. The method may further include waiting for user direction before utilizing the information, or waiting until a predetermined amount of information has been received before utilizing the information. The method may further include evaluating one or more formats of the information for suitability for an intended use of the information. The error may be indicated by an abnormal response as a result of utilizing the information.

Abstract: Systems, methods, and other embodiments associated with partial source verification are described. In one embodiment, a method includes selecting, from a corpus of records, a set of records that includes fewer records than the corpus, where each record corresponds to an instance of an electronic form that records information about a given subject. The set of records is provided for source verification.

Abstract: The present invention is directed to a method and information handling system (IHS) for estimating bandwidth and providing one or more Quality of Service (QoS) parameters between a first set of one or more storage devices and at least one other set of one or more storage devices. The method comprises the following, for a given set of the at least one other set of one or more storage devices. The method creates a given temporary volume associated with the given set. The method sends a given sequential workload of actual traffic between the first set and the given set. The method estimates, based upon the results of sending the given sequential workload of actual traffic, the one or more Quality of Service (QoS) parameters for the given set.

Abstract: Systems, methods, and other embodiments associated with a data view for clinical data are described. In one embodiment, a method includes receiving a request from a user to view summarized case report form (CRF) data, where the CRF data corresponds to a plurality case report forms (CRFs) stored in one or more normalized transactional tables. A view query is constructed based, at least in part, on the request and executed on one or more denormalized summary tables to construct a view. The denormalized summary tables store selected CRF data from the normalized transactional tables and are updated concurrently with each update to the transactional tables. The method includes rendering the view for display.

Abstract: Systems, methods, and other embodiments associated with partial source verification are described. In one embodiment, a method includes selecting, from a corpus of records, a set of records that includes fewer records than the corpus, where each record corresponds to an instance of an electronic form that records information about a given subject. The set of records is provided for source verification.

Abstract: A loading system for the high speed loading of product in varying numbers comprising: an infeed conveyor having an infeed conveyor stop, a staging conveyor moving at a speed greater than the infeed conveyor and having a staging conveyor stop and a picking conveyor moving at or about the same speed as the staging conveyor and having a moveable picking conveyor stop. A photoelectric sensor or other similar counting device located in the region of the staging conveyor stop counts product as it moves from the infeed conveyor to the staging conveyor by counting the gaps between product units induced by the difference in the advancing speed of the infeed and the staging conveyors.

Abstract: An apparatus and method for implementing data warehousing systems. According to a first embodiment, a system may include a plurality of data warehouses, and a data warehouse manager configured to extract data sets from one or more data sources for storage in one or more of the plurality of data warehouses. Each of a first subset including two or more of the plurality of data warehouses may be configured to store a respective replica of a first data set extracted by the data warehouse manager. Further, the data warehouse manager may be further configured to allow a query dependent upon the first data set to be evaluated by one of the first subset of data warehouses before each respective replica of the first data set has been stored to a corresponding data warehouse of the first subset.

Abstract: Apparatus and method for holding an uncompressed bundle of product from the top with a vacuum assisted end effector and then simultaneously compressing the bundle from all sides at the same time with thin compression plates located about the periphery of a vacuum assisted end effector to form an evenly compressed product bundle that is then placed in a container with the compression plates between the product and the container walls. Once the bundle is received in the container, vacuum is removed; the inward force of the compression plates released and the compression plates removed vertically from between the product and the containers walls. The simultaneous compression from all sides provides even distribution of forces on the product and ensures that all product is compressed or deformed to the same degree. Using the apparatus described herein to place the bottom of the products gently onto the inside bottom of the container is further advantageous.

Abstract: A contact activated vacuum assisted suction cup assembly comprising: 1) a cylindrical bellowed or corrugated cup defining a plurality of interconnected bellows or corrugations of alternating, coaxial large and small diameter areas, hereinafter “bellows”, and having; A) an open contact end; and B) a valve end including a valve seat; 2) a valve stem having first and second extremities; 3) a valve plate intermediate the open contact end and the valve end in one of the large diameter areas attached to the first extremity; and 4) a valve stop attached to the valve stem at the second extremity that can engage the valve seat in the closed position. A picking device comprising a vacuum plenum having a plurality of the previously described contact activated vacuum assisted suction cup assemblies mounted therein in plenum apertures that engage a peripheral flange about the valve end is also described.

Abstract: A novel method and apparatus has been developed for testing optical circuit modules. More particularly, with the present invention, a given test pack is adapted to “simultaneously” test a plurality of DUT's, by simultaneously apply a given optical signal to each of the plurality of DUT's and allowing each of the DUT's to simultaneously undergo its own testing; the test pack then serially queries each of the DUT's to obtain test results and, if desired, can provide feedback to one or more of the DUT's, whereby the DUT's can be calibrated with the assistance of the test pack. In one preferred form of the invention, all of the plurality of DUT's simultaneously undergoing testing on a given test pack are housed in a single environmental enclosure, permitting all of the DUT's to be simultaneously brought “up to temperature” so as to increase testing throughput.