Domain specialization for remote sensing, detection and estimation theories, morphological processing, speech processing, neural networks, electromagnetic and acoustic effects on signals, and utilization of Signal Processing with advanced computer architecture.

More Uses of the Signal Processing Toolkit:

  • Develop infrastructure for data pipelines, ETL and database systems, analytic tools, and Signal Processing software to support the data analytics team.
  • Establish: design, develop, and maintain databases and associated tools for storage / retrieval of measurement and process control data.
  • Methodize: design, develop, optimize, debug, and maintain tactical software applications using accepted engineering practices and tools.
  • Develop and analyze the performance of underwater acoustic communications techniques for the modulation, coding, detection, demodulation and decoding of signals and data.
  • Govern: work closely with the engineering teams through design, implementation, integration, and test of the Signal Processing and communication subsystems; support the complete testing and qualification of the deliverable system.
  • Control: design and implement sensor processing algorithms for Signal Processing, sensor control, feature detection and matching, and motion estimation.
  • Apply rigorous statistical methods and analysis to data collected from a variety of sensors to ensure findings are complete and accurate.
  • Collaborate with researchers, engineers, and designers across disciplines to solve complex problems and evaluate the effectiveness of developed solutions through user evaluations.
  • Characterize the performance of remote sensing systems and relate sensor characteristics to the performance of automated and manual detection, classification, and characterization of targets.
  • Perform design/analysis of image processing algorithms employing image enhancement, detection and correlation techniques.
  • Support definition of operations concepts and procedure planning and development, interfacing with personnel from other organizations.
  • Pilot: development of Signal Processing, image analysis, optimization, machine learning algorithms, and artificial intelligence.
  • Contribute to the Synthetic Aperture Radar and geophysical Signal Processing, sensors or software development activities in the Remote Sensing center.
  • Supervise: design, develop, and maintain algorithms related to data and signal analysis, curve fitting, optimization, parallel processing.
  • Be accountable for testing new products, new features and software releases to ensure your products meet the highest standards and specifications.
  • Manage work with software and embedded firmware engineers to improve software products during development with the objective to improve product performance and dependability.
  • Come manage your Government Systems Segment as a Communications Signal Processing engineering and be integral to supporting new and existing space and communication programs.
  • Specify, design, implement, verify, validate, debug and support Signal Processing algorithms, software tools and utilities.
  • Establish that your team supports implementation of new services, systems, applications and architectures with evaluation, testing, and support documentation.
  • Ensure you exceed; lead with expertise in machine/deep learning, optimization, probability theory, statistical inference, information theory, Signal Processing, and/or image processing.
  • Oversee: transition platforms range from size/weight/power constrained to high processing capable systems, requiring that your team members be creative and versatile.
  • Support radar system design, waveform definition, digital Signal Processing definition and specification of radar subsystem requirements.
  • Guide: fundamental knowledge in physical systems, Signal Processing, numerical computational algorithms, data science and machine learning.
  • Ensure you utilize technical expertise to help customers overcome most difficult challenges by integrating secure practices through Cybersecurity.
  • Methodize: information and decision systems (control, optimization, robotics, data science, machine learning, communications, networking, information theory, Signal Processing).
  • Organize: digital Signal Processing engineers provide system level design and detailed implementation of Signal Processing essential to modern communication standards.
  • Ensure you amplify; lead with expertise in communication theory, information theory, digital Signal Processing, estimation theory, random processes.
  • Establish that your venture complies; applications related to developing bio data analysis algorithms for data interpretation, clinical decision support and mobile health monitoring.
  • Methodize: development of innovative Signal Processing algorithms to aid in detection, localization, and classification of contacts of interest.
  • Lead: closely work with system architecture, application engineering and firmware engineering to implement the algorithms and support bring up, debug, evaluation of thermopile sensor products and system application demo kits.

 

Categories: Articles