Camera Array

hi, i am an electrical engineer. i have expertise in embedded system design.i can help you with this project. Please check my profile for my previous work experiences. let me know if you are interested in the bid so we can discuss the details further. regards

We are a team of skilled professionals with more than 20 years of experience in the field of electronics, embedded programming, software development. We have 6 team members, including two Ph.D. We already built computer vision projects, including remotely controlled cameras. We can build this project for you, but first we need to negotiate about the implementation details. 1. What should be the size of device? 2. Do you have some thoughts about camera models? 3. Will you be able to provide cameras? Hope for further cooperation with you!:

Hi, I looked in to your description. My opinion for this project is Raspberry pi with camera module. Raspberry pi Camera Module is a 5MP sensor and supports both stills and HD video recording. I assume the optic bandpass filter will work with this camera as well. Another advantage of Raspberry pi system is it is having USB hosts, where we can plugin wifi adoptor and usb GPS device for geo-tagging. If all camera's are placed in a single place as showing in the picture, then one GPS is enough. But the system is not limited to this and if cameras are placed different physical location, then each raspi module with camera can have its own GPS module. Regarding sending data to picture server, Raspberry pi runs on Linux flavor and so supports variety of protocols. We can send the picture to a webserver or to a windows share or using some other protocols like FTP etc. Raspberry pi consumes less power (~700mA) and so all units can be powered with a 5A supply or with the help of USB power banks and this will make it completely remote solution. We can write code to run in sync to start picture/video record at pre-determined schedule or on-demand triggering. Then all units can send the content to the server and content can be tagged uniquely to identify each unit. Raspberry pi runs on SD card and we can save the data locally if required or if send fails. As per raspberry documentation, it supports 128GB SD card as well. So there will not be any lack of space to store. Thanks!

Hi i can help you, specialized in Audio and Video working for more of 30 years ,if you like Atmel tecnologies not problem and working with SD HD 32 gigas working with high speed FPGA Xilinix is better for working with 8 camera OV5647 or more for working with wifi CC3000 of Texas o other module. GPS not problem other comunication for control are ok Bloetooh , RF433 , GPRS 4 band etc. Project is very complex but i liked. Please see Portfolio for samples of works . To save time and money i can recommend working in steps. For example you need on camera array design or project apply 4 private project to miky4227. Project 1 - setp design sch , select components , confirm ideas, and design first test. if you are ok with this design continue Project 2- step design PCB one first prototype , PCB , Gerber and 3d model if you are ok with this design continue. Project 3- step Make PCB and assembling in your country or in China or any and send , one for you and one for me. if you are ok with this design continue. Project 4- step generated one first program one for test hardware. if you are ok with this design continue. Project 5- step continue with this or other project Cost and time for example step SCH bid for $1000 , and time is1 5 day or1 7days step PCB bid for $1000 , and time is 15 days or1 7 days step make PCB bid for $1000 , and time is 20 days ,assembling and test. Step make little soft bid for $1000 , and time is 20 days , Bets regards

Hi, I think what you need can be realized with Arduino Mega, 8 TTL-serial Cameras, WiFi board, GPS and SD card. A better option could be using GSM-GPS module like SIM908. With this we can transfer data over a GPRS connection so there will be The choice of camera is important. I've worked with raspberry pi and pi camera module but have faced several issues as camera was a beta release. I've Pi, Pi cam, Mega and Uno boards with me so can manage development. I would suggest to explore the possibility of using arduino platform first. We need to discuss about the detailed requirements before finalizing the components. I am an experienced arduino developer and have done a lot of code development and h/w integration. Pls. reply and we can discuss further scope of work and plan accordingly. Regards, Polestar

I worked with arduino extensively so I already have an idea on how to do this, however we need to figure out who will be providing the hardware for this project. Regards, Iosif

We are new to freelancer, try to increase our clients here for long term and healthy business relationship. We have followed our passion over long time in embedded electronics. "We Love What We Do." Yes, we can develop this prototype for you, Earlier we have worked on very similar project motion based triggering with arduino and omnivision image sensors. And yes, we have good experience with Arduino from led blinking to quad-copters :) Looking for an sincere opportunity to work. If any query/confusion please feel free to contact us. Thanks for the time to read our proposal. Have a good day ! Regards Gaurav Sharma ICF Technologies (P) Ltd

Hi, I am an Electrical Engineer practicing for last 6 years in an R&D Organization. I have designed a number of products ranging from RF & Microwave circuits to digital circuits. i have experience in designing filters, couplers, LNAs, Amplifiers, antennas, sweep generators, function generators, VCOs, NCO and many more in the frequency range of DC to 2 GHz. i use ADS, HFSS, OrCAD, Eagle PCB for the design and development of the above mentioned products. I have designed circuits for Filters, Couplers, LNA, Amplifiers, Antennas, Bluetooth, Wifi, Sweep Generators, Function Generators, VCOs, NCOs, DDS, 555 timers, AM Modulators, Microcontrollers, EEPROM, Flash, Accelerometers, Bluetooth, USB, RTC, Strain Guages, Opto-couplers etc. My area of expertise include also PCB Schematic and Layout Design, Antenna Design, PCB Prototyping and testing, Programming using LabWindows, LabVIEW and MATLAB, etc. Looking forward to discuss with you in detail. Regards

Hi Im Telecommunication engineer. Ive worked with a lot of embedded systems with cameras, arduino and other microcontrollers. I can program directly from datasheet so no need for a previous library. A first study would be needed in order to design the project first. Message me if you are interested in my services. Regards.Greg.

You have these cameras with individual optical Band pass Filters,camera ID must be associated with their filters, I did a similar thing without WiFi but with recorder using a motorized turret mounted filters with a single camera. RPi is good choice,suggest SD card for storage. If interested can discuss tech details. Thanks ADI

A proposal has not yet been provided

Hello, I am currently completing a design using a raspberry pi were I designed a PIR sensor board (attached to the P1 header) to trigger the camera and send the photos to a drop box via email. We are planning to resell the designed board thru adafruit. I mention this because this approach would be applicable to your project. I am thinking we could interconnect 8 raspberry Pi modules (with cameras) and have one signal the array to take a photo, assuming one module would be the master module responsible for triggering the array, it could provide time stamp and gps location to the remaining units. Anyways, it would be a fast way to prototype your project. I am a product designer electrical engineer, specializing in embedded hardware (schematic capture, PCB design, PCB prototype assembly) and firmware design (code development) and development. My profile provides some examples of the projects I also have resources to development mechanical components such as plastic housing. I am based in the US (Chicago) so time zone differences, shipping of prototype materials (US customs) or language barriers should not be problem. Please take a moment to review my freelancer profile projects and I am also on LinkedIn with my work history. If afterwards, you think I might be of service in your project, feel free to contact me at 630.696.7460. Steven Sagerian

I have the necessary experience to execute this project, because I already did a product very similar to this one, you are proposing. The project I did, it used an Atmel's microcontroller to read an image from the camera, that it had triggered, put it into a sram memory to transmit via gprs to a server later. I would be greatly pleased to join your project for the post of C Programming Developer as I posses the required skills and experience in this area. I have many years of experience working as a C Programming Developer and I also have continual experience in C++ Programming over the past few years. I have individual experience in working with Circuit Design and can work under any work pressure or rigid deadlines. I also have great experience in Embedded Software and HTML.I have 3 years of experience with smart cards, and aproximately 10 years with microcontrollers. I look forward to being hired by you. The price is for to do a prototype, and implementation of a firmware to trigger, reading and sending images to the server.

I am an electrical engineer with over 10 years of experience. I have developed numerous electronic products including autopilot systems for boats, television broadcast systems, GPS based aircraft collision avoidance systems and networked audio broadcast systems. I will deliver a quality product to your required specification. Design Stages: 1. Product/System specification (full system specification detailing hardware and software operation) - 10% milestone payment due on completion and sign off. Estimated completion time 2 weeks from appointment. 2. Electronic hardware including cameras, GPS, PCB - 50% milestone payment due on completion of built prototype. Estimated completion time 6 weeks (dependent on component procurement time) 3. Embedded system software design completion - 90%. Estimated completion time 4 weeks 4. Delivery of final working prototype - 100%. Estimated completion time 2 weeks. Deliverables Product specification Electronic Schematics PCB design (in Altium Designer) Embedded system software code (in C) Final working prototype Exclusions: Cost of procuring electronic components/devices - Cameras and other equipment excluded from price Mechanical enclosure design/production PC based software (all embedded system software included)