Experience

• Embedded development for S-LSI (System LSI)
• LSI development
• Embedded software development for platforms
• Tools development for embedded software (compilers, etc.)
• System architecture design and optimization

Acquired Skills

• Signal processing algorithms and specifications for digital home appliances including image processing, audio processing, codecs,
  noise reduction
• Knowledge of LSI control and LSI bring-up
• Early-stage development of multimedia-enabled products

Experience

• DSP development driven by the System-on-Chip (SoC)
  technology
• Industry-standard and open-source software development
• Real-time processing development and boot-time
  optimization using Linux
• Mass-production development driven by expanding LSI
  projects.
• Resolution of multiple technical challenges within limited
  hardware resources
• System implementation experience and proven track record

※Technical Challenges
Simultaneous operation: technology for executing multiple processes in
parallel
Coordinated operation: control technology enabling multiple functions to
operate in coordination
Processing speed optimization: optimization techniques for high-speed
processing

Acquired Skills

• Embedded software development using open-source technologies
• Knowledge of industry-standard high-speed interface technologies
  (development environments, software platforms, audio/video codecs, USB, Ethernet, HDMI, etc.)
• Linux-based development skills
• LSI expertise
• Single-chip integration using S-LSI (multi-chip to single-chip conversion)
• Control algorithms for high-speed and low-power optimization through chip integration
• Processor architecture design and optimal control techniques
• Software architecture design for multimedia LSI systems in consumer electronics
• Software platform development for multimedia LSI systems in consumer electronics
• Sensor control technologies and related expertise

Experience

• Car navigation system development
• Compliance with industry standards for in-vehicle systems,
  functional safety, and security requirements
• Security and quality assurance for open-source software
  systems
• Utilization of various SoCs (semiconductors)
• Camera module development

Acquired Skills

• Open-source software and platform developmen
• Security engineering and countermeasure design
• Secure platform development for edge computing
• Compliance with automotive industry standards and functional
  safety requirements
• Fast boot-time optimization across various SoCs
• Camera module development

Experience

• Autonomous driving technology development for the
  automotive sector and the full-scale adoption of in-vehicle
  cameras / ADAS ECU development
• loT development in the industrial sector, including network
  utilization and sensor integration for manufacturing
  management
• Application of semiconductor technology in the automotive
  and industrial sectors
• Early-stage development using Al technologies

Acquired Skills

• Utilization of image sensor data
• Optimization of Al accelerators such as NPUs and DSPs
• Optimization of deep learning training efficiency and computational resource mapping
• Embedded optimization for Al model execution on CPUs
• Technologies related to Al model miniaturization
• Application and advancement of software technologies
• Advancement of high-performance Linux technologies
• Further improvements in network security and functional safety

Experience

• Platform development through cloud technologies
• Development of cloud-ready features for automotive electronics
• Development of cloud-ready features for industrial equipment

Acquired Skills

• System design from edge to cloud
• Utilization of GPUs and CPUs
• loT platform development
• Embedded software development leveraging generative Al