RADAR & Signal Processing Applications
Digital Signal Processing in RADAR System address robust signal processing problems that form part of complex Applications for Mission critical and safety critical systems. Mission critical and safety critical systems such as aircraft and medical systems, have long been analyzed for problems that could arise accidentally from component degradation or application failure. Most Applications for Mission critical and safety critical systems consist of software development that are essential to efficient working of the system. If these applications are corrupted, disrupted, or fail it can have a catastrophic effect on the whole organization. Modern RADARS perform nearly the entire required signal processing digitally. Applications for Mission critical and safety critical systems are those where failure could result in loss of life, significant property damage, or damage to the environment. Examples include medical devices, aircraft flight control, weapons systems etc. At Mistral, we specialize in developing RADAR and signal processing applications that comply with DO-178 standards, ensuring the highest levels of safety and reliability for avionics software. DO-178, or Software Considerations in Airborne Systems and Equipment Certification, is a critical guideline for the development of aviation software, emphasizing stringent processes and thorough documentation to meet the rigorous demands of the aerospace industry.
DO-178 Complaint Application Development
Mistral designs and implements sophisticated signal processing algorithms tailored for RADAR systems. We adhere to best practices in software design and coding, ensuring that the developed applications are robust, maintainable, and efficient. Our code undergoes thorough reviews and testing to meet the strict standards of DO-178. Verification and validation are integral parts of our development process. We perform comprehensive testing, including unit tests, integration tests, and system tests, to verify that the software functions correctly and meets all specified requirements. We provide detailed documentation essential for achieving DO-178 certification and ensuring that the software meets all regulatory requirements.
Applications for Mission critical and safety critical systems
Mistral offers a range of application development services for Digital Signal Processing in radar system and a range of application development services and Applications for Mission critical and safety critical systems with DO-178 Complaint Application Development services. Mission critical and Safety-critical software systems are often distributed systems because they are often large, may require redundancy and separation of safety-critical code from non-safety critical code. All these factors push the system design towards multiple cooperating processors/ FPGAs/ sub-systems. Mistral’s engineering team is well versed in the principles, regulations, and processes common to DO-178 Complaint Application Development. Mistral’s range of services for digital signal processing in radar system cater to Applications for Mission critical and safety critical systems. Many modern information systems are becoming safety-critical in a general sense.
Advanced Digital Signal Processing in RADAR Systems
We leverage our expertise in advanced digital signal processing in RADAR systems to design and implement sophisticated RADAR & Signal Processing Apps. Our RADAR & Signal Processing Apps facilitate accurate real-time data processing. Our expertise in digital signal processing ensures that our RADAR applications offer superior performance, essential for mission-critical and safety-critical systems. Digital signal processing in radar system can be implemented on FPGA and/or signal processing platform to help plan, develop and manage safe, secure, reliable, and compliant Applications for Mission critical and safety critical systems. With expertise in designing certified defense and aerospace solutions, Mistral has a comprehensive knowledge base with the tools, processes, standards and regulatory to provide DO-254, DO-160 and DO-178 compliant application development for various avionics sub-systems.
Our services for Digital signal processing in radar system are complimented by our radar & signal processing applications which include: DSP Algorithm implementation, DO-178 Complaint Application Development and Linux/VxWorks based client application development services. By combining our deep expertise in digital signal processing in RADAR systems with our rigorous DO-178 compliant application development process, Mistral delivers top-tier RADAR & Signal Processing Apps. These applications are tailored for mission-critical and safety-critical systems, ensuring they meet the highest standards of performance and reliability. Contact us today to learn more about how our DO-178 compliant RADAR & Signal Processing Applications can enhance your next project.
EXPERTISE
Linux Applications
- Linux Applications for Mission critical and safety critical systems
- QT Based UI applications
- Embedded applications for head-less devices
- Database management and web based application
Algorithms Development
- Feasibility study of system and algorithm development for Applications for Mission critical and safety critical systems
- Performance evaluation and MIPS memory optimization
- Customization to cater to specific architectures and platforms
- Integration of sub-blocks and algorithms into the system
- Mathematical modeling and simulation
DSP/FPGA Algorithm
- DSP Algorithm implementation for digital signal processing in radar system, image processing, speech processing, control engineering, navigation etc.
- Pulse Compression, DDC, Vector Correlation, Correlatory interferometry
- Kalman Filtering, Platform Motion Compensation, CFAR
- FPGA IP Library: WideBand DDC, Hyperlength FFT, NAND FLASH Controller
DO178 Complaint Application Development
- Applications for Mission critical and safety critical systems
- VxWorks/LynxOS based systems
- Plans – PSAC, SDP, SCMP, SQAP
- Requirements – SSS, SyRD, SRD, IRS, Change Request Management
- Standards – SRS, Software Design, Software Coding
- Design & Implementation – Software Architecture, Software Design, Interface Design, Implementation
- Integration – At Mistral premises, At customer location, During deployment
Linux Applications
- Linux Applications for Mission critical and safety critical systems
- QT Based UI applications
- Embedded applications for head-less devices
- Database management and web based application
Algorithms Development
- Feasibility study of system and algorithm development for Applications for Mission critical and safety critical systems
- Performance evaluation and MIPS memory optimization
- Customization to cater to specific architectures and platforms
- Integration of sub-blocks and algorithms into the system
- Mathematical modeling and simulation
DSP/FPGA Algorithm
- DSP Algorithm implementation for digital signal processing in radar system, image processing, speech processing, control engineering, navigation etc.
- Pulse Compression, DDC, Vector Correlation, Correlatory interferometry
- Kalman Filtering, Platform Motion Compensation, CFAR
- FPGA IP Library: WideBand DDC, Hyperlength FFT, NAND FLASH Controller
DO178 Complaint Application Development
- Applications for Mission critical and safety critical systems
- VxWorks/LynxOS based systems
- Plans – PSAC, SDP, SCMP, SQAP
- Requirements – SSS, SyRD, SRD, IRS, Change Request Management
- Standards – SRS, Software Design, Software Coding
- Design & Implementation – Software Architecture, Software Design, Interface Design, Implementation
- Integration – At Mistral premises, At customer location, During deployment