COMPUTER SOFTWARE TERMINAL EMULATION

Brand Owner (click to sort) Address Description
ACCUTERM ROCKET SOFTWARE, INC. 77 4th Avenue Waltham MA 02451 Computer software for terminal emulation;ACCURATE TERMINAL;
FUTURESOFT FUTURESOFT, INC. 1550 Georgetown Road Hudson OH 44236 Computer software for terminal emulation, web filtering and email filtering for use in the field of communications;THE MARK IS AMENDED TO APPEAR AS FOLLOW: FUTURESOFT, and, In the statement, The mark consists of standard characters, without claim to any particular font style, size or color. should be inserted.;
MACEMULATE Stamey, Donald P.O. Box 6081 Anaheim CA 92816 computer software for terminal emulation and telecommunications;
QIC-PC QANTEL TECHNOLOGIES, INC. 3506 Breakwater Court Hayward CA 94545 Computer software for terminal emulation;QUICK PC;
XVISION VISIONWARE LIMITED 57 Cardigan Lane Leeds LS4, 2LE computer software for terminal emulation, for viewing and manipulating displays generated by remote computers, and for controlling the communication of information to remote computers, and instructional manuals for use therewith sold as a unit;
 

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.