TERMINAL EMULATION SOFTWARE

Brand Owner (click to sort) Address Description
DYNACOMM CLIENT OPTION FUTURE SOFT ENGINEERING, INC. SUITE 300 12777 JONES ROAD HOUSTON TX 77070 terminal emulation software;CLIENT OPTION;
DYNACOMM CONNECTIVITY SERIES FUTURE SOFT ENGINEERING, INC. SUITE 300 12777 JONES ROAD HOUSTON TX 77070 terminal emulation software;CONNECTIVITY SERIES;
ERICOM ERICOM SOFTWARE LTD, 1993 PO BOX 45122 BEIT BYNET, 8 HAMARPEH STREET JERUSALEM 91450 Israel terminal emulation software;
TERMITE Pixel Innovations Ltd. Viking House Swallowdale Lane Hemel Hempstead HP2 7HA terminal emulation software, namely software which enables a desktop computer to mimic the function of a terminal, allowing the user to connect to a host computer, and software which transfers software and data from the host to the desktop, and which provides graphical representation of this data;
TERMITE INSTANT CONNECTIVITY Pixel Innovations Ltd. Viking House Swallowdale Lane Hemel Hempstead HP2 7HA terminal emulation software, namely software which enables a desktop computer to mimic the function of a terminal, allowing the user to connect to a host computer, and software which transfers software and data from the host to the desktop, and which provides graphical representation of this data;INSTANT CONNECTIVITY;
TUN EMUL SA ESKER Immeuble Géo Chavez 10 Rue des Emeraudes F-69006 LYON France terminal emulation software;
WINAPPC Synapse Communications, Inc. 4509 I-70 Drive, S.E. Columbia MO 65201 terminal emulation software;
 

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

    
Technical Examples
  1. Techniques are described for emulating inter-processor communications between multiple instruction processors. The techniques provide inter-processor message accounting and error detection. A system, for example, includes software executing within an emulation environment provided by a computing system. The emulation software emulates an instruction processor having an interface to receive inter-processor messages. During emulation the emulated instruction processor calculates an actual count of the inter-processor messages received during emulation. A compiler executing on the computing system compiles test software to output an instruction stream for execution by the emulated instruction processor. The compiler calculates an expected count of inter-processor messages that the emulated instruction processor is expected to receive during emulation. Emulation control software executing on the computing system generates a report that presents the expected count of the inter-processor messages and the actual count of the inter-processor messages.