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22 Nov 2014

Interfacing a cheap phone camera module to a PIC32 microcontroller – [Link]

13 Nov 2014

microcamera-module

by Junko Yoshida @ edn.com:

As automotive electronics takes center stage at Electronica this week in Munich, a “microcamera” module recently designed by researchers at the Fraunhofer Institute for driver-assistance applications is expected to enjoy the spotlight.

[…]

The new camera module — an image sensor with optics mounted on a printed circuit board — measures 16x16x12 cubic millimeters. It is visibly smaller than current-generation driver-assist cameras, whose edge lengths are “20x20x20 cubic millimeters (without optics),” according to a Fraunhofer press release.

CogniVue, Fraunhofer debut supersmall camera at Electronica - [Link]

13 Nov 2014

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by  Ioannis Kedros @ embeddedday.com:

I am very new to the multicopters hobby and a super newbie to the FPV (First Person Viewer) flying. I’ve never watch in real time someone flying through the screen but I’ve watched hundreds of videos online! The best-case scenario is to use some goggles (like the Fat Shark) in order to have a better experience. This will make you believe that you are actually inside the cockpit flying the machine. And that’s awesome!

But sometimes, even when everything looks simple this is not translated to cheap as well! A good FPV system, from the camera on the copter to the radio transmission system and the screen on the ground will cost you sometimes more than $200 (without even taking the price of the goggles into the equation). This is huge for my budget especially when the cost will be mirrored to a hobby of mine! So, I am going to try the most efficient solution!

FPV System - [Link]

13 Nov 2014

obr1620_uvod

High power of the UDOO “asks” for usage. One of many occasions to make it is to use various available periphery thus gaining a truly universal platform.

Favorite powerful embedded SBC called UDOO (S975-G000-2100-C2) already found many fans. Maybe also because of its compatibility with the Arduino Due platform (hardware and software) and mainly, it´s possible to connect it with various accessories. Thanks to a wide range of interfaces (USB, Ethernet, bluetooth, WiFi, …) is a connection of periphery flawless, what´s also a case of the 5MPx camera (autofocus).

Despite miniature dimensions this camera provides very decent resolution and speed – for example VGA (640×480) @90fps or 1080p @30fps, or QSXGA (2592×1944) @15fps. Also beneficial is recording of a video in a full 70°field of view (FOV).For a practical usage and application development with UDOO also serves the „Starter kit EU” containing an adapter for the third USB, RTC battery holder, HDMI cable with the UDOO logo, USB/ Micro USB Type B cable, SATA power supply cable, power supply adapter and an 8 GB micro SD card.

Perhaps the biggest “attraction” is the spacious 7“ display KIT LCD 7”–Touch 800×480 px RGB with a capacitive touch panel. By connecting of this display with the UDOO microcomputer, we get a ready-made platform usable to control various processes, with a power, which easily suits to majority of applications. Detailed information about the UDOO can be found in our article: Do you want a microcomputer which will „handle everything“?.


High power of the UDOO “asks” for usage - [Link]


6 Nov 2014

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Ioannis Kedros @ embeddedday.com:

Why this long intro? Well, I am an engineer, a maker in general, that wants to build stuffs. And the swags above came in a nice cardboard tube. A very strong, thick, with a nice light plastic type coating (helping with the moisture during shipping).

This makes a good indoor enclosure, but with proper treatment will be a nice fit for an outdoor enclosure as well. I am going to put a Raspberry Pi inside it together with a camera and some sensors for reading environmental variables.

The RPi is the Model B and has some connectors around it that I am not going to use. Those are taking space and placing the Pi slightly offset of what I want. I decided to remove them and use some of those in future projects. Nothing is going to the trash bin! Anyway, I am not going to use this Pi to somewhere else. The project will be placed permanently in my “lab” and I will do only software improvements.

Project Tube - [Link]

4 Nov 2014

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by talk2bruce @ instructables.com:

Using a Raspberry Pi, a Raspberry Pi camera module, a PIR motion sensor, a USB WiFi adapter, a handful of parts, and a couple of Python programs, you can construct a camera that will automatically snap photos or record short videos when something moves in front of the camera and will automatically upload the photos/videos to Dropbox. This instructable shows how to build a Raspberry Pi Motion Sensitive Camera.

Raspberry Pi Motion Sensitive Camera - [Link]

1 Oct 2014

Nixie, a tiny wearable quadrocopter camera on a wrist band:

Team Nixie is developing the first wearable drone camera, which can be worn around your wrist. The team will be presenting their prototype for the Intel Make It Wearable Challenge Finale on November 3, 2014 in San Francisco.

[via]

Wearable quadrocopter - [Link]

27 Sep 2014

20140914181434-CamPoint_Schematic

A home security and video monitoring breakthrough. Security and privacy, without the monthly fees.

Controlled directly from your mobile phone or tablet, CamPoint is a unique device that connects wirelessly with security cameras to make them smart. Experience the peace of mind that having security and privacy brings.

CamPoint harnesses the latest video home security technology and lets you customize it to your own safety and privacy requirements.

You decide which events are important, and which ones justify an instant alert sent to your mobile device. CamPoint learns quickly, so you only see what matters to you.

Key features:

1. Rapid Learning System: CamPoint learns what things matter to you, alerting you when an important or unusual event happens, whilst not troubling you with false alarms.

2. Local Analysis and Storage: CamPoint analyzes video locally, with its smart algorithms determining what is important to you. It also has smart storage options. It stores video locally, but is intelligent enough to send important or unusual video footage to the cloud for backup. This eliminates the need for monthly fees. Storing personal footage locally also protects your privacy.

3. Choose Your Camera: CamPoint is compatible with a wide array of leading camera brands, giving users the freedom to choose their camera.

CamPoint: Smarter than smart home security - [Link]

6 Sep 2014

Freeing the Lepton from its Iphone prison!

The smallest thermal imager - [Link]

29 Aug 2014

A look inside Flir’s thermal imaging add-on.

Flir One teardown - [Link]



 
 
 

 

 

 

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