X CONTEXT

Brand Owner (click to sort) Address Description
XCONTEXT Xpansiv Data Systems, Inc. 15th Floor 50 California Street San Francisco CA 94111 X CONTEXT;Business consulting services in the field of collecting and correlating data on the physical properties and protection and distribution attributes of various commodities;
XCONTEXT Xpansiv Data Systems, Inc. 15th Floor 50 California Street San Francisco CA 94111 X CONTEXT;Platform as a service (PAAS) featuring computer software platforms for use in recording and correlating data on the physical properties and protection and distribution attributes of various commodities in order to configure financial instruments in the nature of environmental, social and governance (ESG) commodities, futures, derivatives, securities, shares, stocks, options and bonds;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. The ManArray core indirect VLIW processor consists of an array controller sequence processor (SP) merged with a processing element (PE0) closely coupling the SP with the PE array and providing the capability to share execution units between the SP and PE0. Consequently, in the merged SP/PE0 a single set of execution units are coupled with two independent register files. To make efficient use of the SP and PE resources, the ManArray architecture specifies a bit in the instruction format, the SP/PE-bit, to differentiate SP instructions from PE instructions. Multiple register contexts are obtained in the ManArray processor by controlling how the array SP/PE-bit in the ManArray instruction format is used in conjunction with a context switch bit (CSB) for the context selection of the PE register file or the SP register file. In arrays consisting of more than a single PE, the software controllable context switch mechanism is used to reconfigure the array to take advantage of the multiple context support the merged SP/PE provides. For example, a 1×1 can be configured as a 1×1 with context-0 and as a 1×0 with context-1, a 1×2 can be configured as a 1×2 with context-0 and as a 1×1 with context-1, and a 1×5 can be configured as a 1×5 with context-0 and as a 2×2 with context-1. Other array configurations are clearly possible using the present techniques. In the 1×5/2×2 case, the two contexts could be a 1×5 array (context-0) and a 2×2 array (context-1).