Multi Touch Programming Jobs

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Hourly - Intermediate ($$) - Est. Time: 1 to 3 months, Less than 10 hrs/week - Posted
We have a website (DevicePlus) about innovation for a semiconductor manufacturing company. We're looking for writers who have extensive knowledge on ICs, opto electronics, and power devices with experience building projects using Arduino, Raspberry Pi, and/or other circuit boards. The blog will cover topics, such as IoTs, Wearable Devices, Robotics, AI, and Drones. Check us out here: www.deviceplus.com Ideally, the candidates are already working on some IoTs, Wearable Techs, Robotics, Drone, or AI related projects and are willing to share the process on the blog.
Skills: Multi-touch Hardware Programming Computer Engineering Electrical engineering Multi-touch Hardware Development
Fixed-Price - Expert ($$$) - Est. Budget: $8,000 - Posted
We're Startup Team Looking For Long-Term Partnership For Taking Over Driver / System Bring-Up Code Job From Us. For Us To Focuses On Our Valuable Jobs And Keep It Agile. The Jobs Require You To Bring Up System And Modify U-boot Bootloader / Porting Driver For Peripherals / MCU Firmware Code Job / HAL / Deal With Sensor Fusion / OTA. It Will Use Android 5.0 And 9" Display With Cypress Touch Controller True Touch. Relative Information Please See System Block Diagram. The System Is Divided Into 6 Sections. 1. M0+MCU Freescale NXP Kinetis EA Series Manage PMIC For Application Processor Use A M0+ MCU To Control Power Management IC Deciding The Timing To Wake Up Application Processor. If Some Signal Comes In From Configured IO MCU Will Judge What Kind Of Captured Signal Is To Set System Power.The Status Of Application Processor Like Working / Wakeup / Sleep Depends On PMIC That's Controlled By MCU With Different Signals. For Example One Of Configured GPIOs Get 12V Signal And Another Configured GPIO Get Different 12V Signal Means Wakeup. If Some Configured GPIOs Should Have Coming Signals But Capture Nothing Means Sleep. Manage Control Area Network & Local Interconnect Network 2 Serial Bus M0+ MCU Will Take The Role As CAN / LIN Master Node With Two NXP Physical Interface. CAN Requires 2.0B Deployment And With And Be Both Of Message Listener / Talker For External Devices. LIN Is An Optional Preservation Kept For Feature. Here Will Be A EEPROM For Initialize CAN Network And Record Error Message And Logs. 2. Intersil TW8836 8051 Base MCU By Application Processor LCD Video Processor As Switch Hub For Diff. Video Signals To Share One Display. It Support Scaler Can Handle Different Resolution To Match Selected Display. Video Signals May Be From Camera With CVBS And LVDS. The Video Processor Will Take The Job To Switch Display For External Devices. External Devices Through The Processor Share One Display With Application Processor. Besides When Application Processor With A Daemon / Specific Thread Get Some Error Message Of CAN From a HAL To M0+ MCU Then Through Some Put To Video Processor No Matter What The Display Is Working For Will Show The Relative Alarm Message With Standalone GUI Running On Video Processor Upon Display. 3. Microchip LAN89730 As Ethernet Pre-Processor Application Processor I.MX6 Has RMII Interface For Ethernet Physical Interface. Unfortunately The Clocking To Transceiver Is From An Internal PLL Clock In Common With Cortex A9 Cores. It Will Make A Problem When Application Processor Receives TCP/UDP Packets Frequently Due To Interrupt Issue The Clock Will Be A Big Haul To Application Processor. If Here Requires QoS To Ask Lower Latency The Problem Will Be More Critical. LAN89730 Is For The Purpose To Optimize Networking Performance / Manage Packet Traffic And By Interfacing HSIC To Application Processor Can Apply Bulk-In / Bulk-Out Direct Memory Access Feature To Reduce CPU Workload From Bottom-Up(Physical To MAC). 4. Freescale / NXP I.MX6 Quad Application Processor Here Are Some General Peripherals Connected To Application Processor Including USB OTG / USB HOST / RS232 / RS485(422) Full Duplex / ST MEM Gyro & Accelerometer Combo (May Be With An MCU As Sensor Hub To Application Processor)/ HDMI(MHL)Receiver / BT & WIFI Combo Module / Audio Codec And Touch Controller Using I2C And Another CAN(CAN II). USB OTG For Connections To External Device Like Mobile Phone For A Bridge With HDMI Receiver Or For Android Devices To Work Together And HOST For Audio Decoder IC Share One USB Connector With Application Processor. RS232 Is For GPS Module By AT Command Through RS232 Protocol. 6. BT CSR BC5MM Standalone On Flash Bluetooth For Bluetooth Hands-Free Application Need Following Profile: As An Acceptor To Get Streaming Music & Video From Mobile - A2DP / GAVDP To Find Connectible Devices - GAP Connect To Mobile For Hands-Free Application - HFP Get SMS Message From Mobile - MAP Exchange Of Phone Book Object From Mobile - PBAB Enable Phone - SAP (Attached File Update)
Skills: Multi-touch Hardware Programming Android Bluetooth C
Hourly - Intermediate ($$) - Est. Time: Less than 1 month, Less than 10 hrs/week - Posted
We have a blog about innovation for a semi-conductor manufacturing company. We're looking for editors and writers, who have extensive knowledge on ICs, modules, opto electronics, power devices, or Arduino, Raspberry Pi, and other circuit boards. The blog will cover topics like Robotics, IoTs, and AI using above materials/components. We will also be featuring contents from hackathons in US, robot sumo in Japan, and other interesting contents from Asia. Ideally, the candidates are already working on some Robotics, AI, or IoT related projects themselves and are willing to share the process on the blog, etc.
Skills: Multi-touch Hardware Programming Computer Engineering Technical writing Writing