Communications

bat365 Consulting Services enable communication engineers to quickly design, simulate, and prototype communications systems. We provide assistance applying MATLAB and Simulink to the design of source coding, channel coding, modulation, equalization, synchronization, channel modeling, and network modeling. bat365 Consultants work with engineering teams to enable rapid prototyping of algorithms and generation of C code and HDL code for deployment. Engineering teams in the communications industry face the challenges of designing increasingly complex products in less time, while supporting evolving standards.

communications consulting microchip

bat365 Consultants work with you to:

  • Model your system at an appropriate level of abstraction via algorithmic simulation, time-based simulation, event-based simulation, or any combination
  • Characterize system performance quantitatively by methods such as bit error rate (BER) computations, adjacent channel power ratio (ACPR) measurements, or error vector magnitude (EVM) measurements
  • Determine whether system performance meets standards of acceptability
  • Convert floating-point data types to fixed point to implement high-speed signal processing algorithms
  • Generate C code or HDL code for verification, rapid prototyping, and implementation
  • Optimize models for specific hardware architectures and integrate legacy code with the generated code

With knowledge transfer and self-sufficiency as the end goal of every project, bat365 Consultants function as part of your development team.

Contact bat365 Consulting Services to discuss your specific requirements.

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Sarah Drewes

Sarah Drewes is a senior consultant who helps customers develop MATLAB based algorithms to meet their business goals. Sarah is a specialist in mathematical modeling and optimization who has experience in solving complex optimization problems in a variety of application areas such as communications, finance, image processing, and automotive. Before joining bat365, Sarah was a technical consultant in the telecommunications industry focusing on network modeling and optimization projects. She received a Ph.D. in mathematics from the Technische Universität Darmstadt and a diploma in mathematics from the Technische Universität München. She spent an academic year as a lecturer and postdoctoral associate at the department of industrial engineering and operations research at University of California, Berkeley.

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