BY ON BRANCH

Brand Owner Address Description
BYONBRANCH BYONDIS B.V. Microweg 22 6545 CM Nijmegen Netherlands BY ON BRANCH;Scientific and technological services, namely, scientific research, analysis, testing, diagnostic testing, in the field of medicine, namely, cancers and autoimmune diseases, and the treatment of illnesses; Pharmaceutical research and development; biomedical research; medical research; scientific chemical and biological laboratory services; scientific laboratory services relating to pharmaceuticals; Development of pharmaceutical products and ingredients; laboratory research and analysis, namely, chemical research and analysis, biological research and analysis; research and design services for the pharmaceutical industry; research and development of new products for others; research into new drugs, namely, pharmaceutical drug development services; research and design services for the pharmaceutical industry; research and development of new products for others; research into new drugs, namely, pharmaceutical drug development services; Scientific research in the field of proteins, antibodies, microorganisms and cells; Scientific research and development in antibody technology; design and development of medical technologies; research and development of antibody conjugates combined with a drug or chemical for the treatment of cancer;
 

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

    
Technical Examples
  1. A method of predicting and skipping branch instructions for pipelines which need more than one cycle to predict branch direction and branch target addresses in microprocessors and digital signal processors is provided. The address of an instruction executed before the predicted branch is used as an index to enable early branch prediction so that the address of the instruction predicted to be executed immediately after the branch is available earlier, thereby reducing the number of idle or wasted clock cycles. The relative offset in the execution sequence between the previously executed instruction and the predicted branch instruction is determined based on the type of the predicted branch instruction and the cycles required to predict branch execution.