Embedded Development experiences utilizing

We develop vehicle control applications efficiently by using Model-Based Design with MATLAB/Simulink and real time simulation on HILS. We also specialize in replacing legacy specifications and source code with models.

We develop measurement and diagnosis system that are integrated with digital/analog signals, cameras, wired and wireless networks of sensors. We also support the automation of measurement and diagnosis based on ASAM standard and deployment of a validation environment.

We provide rapid prototyping system to modify, test and validate the concept of the system (software and hardware) used for vehicle applications at the early stage of development.

We implement a function of high speed waveform drawing process to display biological information collected by measurement equipment on high definition monitors using DirectX in real time applications. We provide a one stop shop for the development of software and hardware including upper layer applications and application-specific boards.

We support firmware development for high speed timing control. This is in accordance with mechanical control and analytic time chart based on automatic analyzer, motor control, sensor information, and software developments of upper layers’ applications for monitoring and controlling the whole system.

We implement the feature of browsing various forms from drawing processing of Electrocardiogram waveform and electrocardiography trend graphs. This is done after performing data analysis of vital data collected by Holter electrocardiograph with a diagnostic algorithm, dedicated recorder’s recording and tablets terminals.

We develop the whole PACS system ranging from PACS servers used for image data communication based on DICOM standard to DICOM viewer for displaying image processing from high definition images using graphic libraries.

We provide image transfer processing for recording and replaying video and pictures captured by endoscope, image transfer processing to multiple external medias ( DVD, BD, USB, servers), simultaneous data transfer to external recording media, and image transfer processing with DICOM communicating with PACS.

We offer communication module on FPGA supporting high speed processing, connecting control system board and sensor system board in endoscope system. We also offer board evaluation services. The board includes FPGA implemented with firmware for verification.

We provide FPGA design services for central monitors (terminals for monitoring). Although collecting the massive biological data using central monitors can be realized by collecting biological information from monitors installed in hospital rooms and operation rooms, we implement systems using FPGA and SDXC IP cores to ensure efficient data storage.

We develop lightweight high speed processing ventilator using small size micros without any OS.
We implement high precision feedback control with 1ms of precision, valve control using PWM(Pulse Width Modulation), and motor control using PMC(Pulse Motor Controller).

We develop Development medical ultrasonic diagnostic equipment for high speed signal processing and image processing using DSPs(Digital Signal Processor). We implement pipelined data path and computation to realize high speed processing. We also perform validation of computing result in one pixel 1bit unit.

We are developing CNC GUI and processing simulation software, monitoring system on PC and software realizing picking operations utilizing image processing algorithm.
We also offer consistent development from GUI screen specification, design, manufacturing, evaluation, to automatic test development.

We are developing operation panel part GUI for operating industrial robots. We also provide consistent development from design including GUI screen specification, manufacturing to evaluation.
We are proposing an operability conscious design for the GUI design.

We are performing the GUI development for semiconductor manufacturing equipment (die bonder, Prober), manufacturing unit of servo motor control software development and processing data collection and development of condition monitoring system. We also develop automatic test system for printed circuit board verification by comparing with the test results.

We realize RIP (Raster Image Processor) features resolving high speed and high resolution images by fully utilizing multi-core processor capabilities. We offer the most optimal RIP features for your products with our extensive development capabilities.

With our expertise in MFP (Multi-Function Peripheral) engine development(Paper conveying control, fixing unit control, image formation control), we can develop the whole system from upstream to downstream projects.

We offer high usability UI developed by our system engineers, who are experts in MFP (Multi-Functional Printer) and have a wealth of GUI development experience ranging from the control panel to Web UI.