Abstract: Methods, apparatus, and software for hardware reliability diagnostics and failure detection via parallel software computation and compare. Parallel testing is performed on hardware resources such as processor cores, accelerators, and Other Processing Units (XPUs) using test algorithms such as encryption/decryption. The results of the testing (the algorithm outputs) are compared to detect errant hardware. Comparison may be across cores (via execution of software-based algorithms), across accelerators/XPUs (via algorithms implement in hardware) or between cores and accelerators/XPUs. Techniques are disclosed to enable all cores to be tested while a platform is performing a workload, such as in a data center environment, wherein unused cores are used for testing, with workloads being migrated between cores between tests.

Abstract: A system and method for dynamic insertion of selected inserts into statements to be mailed in which post processing mail data, including selective insert parameters, are developed into a record for mail items and communicated directly to an integrated system controller, which then directs selective insertion of enclosures. The system comprises a mail item preparation apparatus interfaced with a data processor, an inserter apparatus, and an integrated system controller interfaced with the data processor and the inserter. The mail preparing apparatus generally includes a printer, and is mechanically interfaced with the inserter for transfer of mail items. The integrated system controller directs the inserter to selectively include inserts with the mail items according to insert parameter data received from the data processor.

Abstract: For use with an envelope having a flap, a body, and a fold region connecting the flap to the body, a wetting and sealing apparatus for wetting the envelope flap with a liquid and sealing, after folding at the fold region, the wetted envelope flap to the envelope body. A computer directs the wetting and sealing operations. A continually primed spraying nozzle applies the liquid producing an active adhesive to the envelope flap and a pressure foot seals the wetted envelope flap to the envelope body.

Abstract: For use with a mailing packet assembling apparatus that creates a mailing packet from items comprised of machine readable indicia encoded forms and machine readable indicia encoded envelopes that are transferred into the assembling apparatus, a verification system for determining that the correct items are transferred for assembly into the mailing packet. The system has a data base with information on the items within the mailing packet, thereby establishing which forms and envelopes are required in the assembled mailing packet, a plurality of dynamically controlled detectors for identifying the indicia on each form and on each envelope, and a computer for verifying that the data base information and the dynamically detected form and envelope indicia correctly correspond or do not correctly correspond to the desired mailing packet and, if correct, direct the mailing packet to be assembled.

Abstract: A piece of the magnetic material to be tested is coupled to the device by primary and secondary windings. The material is then exposed to varying polarities of a controlled electrical current, such as a ramped current, through the primary winding causing the magnetic flux of the material to vary with respect to the controlled current; and creating varying voltage levels across the secondary winding. When this process has been completed the data is made available to a computer which now has data for the current levels transmitted through the primary winding and the corresponding voltage levels across the secondary winding. The computer can then utilize this data to provide a variety of magnetic property values of the magnetic material.