Autonomous ATV

[youtube=http://www.youtube.com/watch?v=Ja3ND8Pk_0M&hl=en&fs=1]

A team at UNC Charlotte has been working on an autonomous vehicle to drag a cart that has sensing equipment. Starting with a stock Honda ATV, different systems were added to give a Renesas processor control of the ATV.  A model airplane receiver was attached to the Renesas to give remote control for Phase 1 of the project. Basically they’ve turned the ATV into a giant remote controlled car.

Later revisions will incorporate LIDAR, cameras, and multiple GPS units so the ATV can autonomously traverse most terrain with a high level of accuracy. Path planning will become a large part of the project at that point.

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GPS Cradle Upgrade To Bluetooth

ipaq_gps

[emuboy] sent in this neat hack where he converted a GPS dock to bluetooth (google translated). He has an ipaq rz1710 and a Kirrio GPS cradle. Apparently there were annoying problems when inserting the ipaq into the cradle. He decided that he would much rather just connect via Bluetooth. After tearing apart the cradle, he found the documentation for the GPS chip online. He ordered a bluesmirf bluetooth modem and got to work. The end result is something that could be concealed in his car and just connected to when he gets close enough.

Geode, Mozilla Labs’ Location-based Browser Plug-in

Mozilla Labs has launched yet another new project, this one a location based plugin for Firefox. Geode will let users to take advantage of location data embedded within a web page. Like [MG Siegler] at VentureBeat, we wondered what the point of a location-based desktop browser was, since most cell phones are now GPS-enabled. TechCrunch and CNET’s Webware, cite the example of a user who is looking for a place to eat while out of town. Using Geode, his favorite restaurant review site would know automatically to display eating establishments in the locale he is visiting. As semantic information permeates more and more of the web, we’re certain that we’ll see many more uses for a tools like Geode. Geode’s uses Skyhook’s Loki technology, which determines position base on what WiFi access points it sees just like the Eye-Fi.

Install GPS In Your Dell Mini 9

[acabtp] has already started hacking on his Dell Mini 9. He wanted to add GPS functionality, but didn’t want a dongle or anything external. After ordering the smallest GPS unit he could find, he found a place to wire it in internally. The end result had no bearing on the external looks of the computer. I wonder if he used the modification guide dell released?

Marketed as direct competition for the EEEPC, we’ll probably start seeing a lot more hacks for these. We’ve already seen the EEEPC taken hacked more than we ever expected.

[thanks strider_mt2k]

ArduPilot Pro Autonomous Drone

We wrote about [Chris Anderson] before when he released the Arduino based autopilot. He has since crashed his first Predator UAV, due to an underpowered motor and poor control of the v-tail only steering. He has since released a pro version of the autopilot controller, and is modifying this UAV Predator drone kit to work with it. One ATMega168 processor handles flying and the other handles GPS navigation, but because they work together, it results in a fully autonomous drone. He also has a BlimpDuino version we have covered before.

GPS Alarm Clock

We spotted an interesting app in Gizmodo’s iPhone roundup for the week. iNap is designed for commuters that don’t want to miss their train stop. Just pick any location you can find on Google Maps, set the distance for the alert radius and the alarm tone, and it’s ready. It’s a great app and only costs $1.

The app actually reminds us of the first time we heard about Bug Labs. The modular gadget building system was described to us as a way to build unconventional consumer electronics. They specifically talked about one person that built an alarm clock with GPS because he kept falling the asleep on the train. Thanks to convergence we’re seeing a lot of devices expand from their initial intentions, whether it’s an iPhone GPS alarm clock or an N95 being used auto upload your bike ride to Flickr.

High Altitude Photographic Balloon

[Earl Foster] recently completed his 4th high altitude photographic balloon (HAPB-4) launch. This launch reached a peak altitude of 106,384 feet, and lasted about 3 hours. The final weight of the capsule was 5lb 3-3/8 oz, with all the electronics, GPS, digital camera, and HD video camera. His balloons operate under the exempt rules of FAA Part 101 subpart a governing unmanned balloon flight. This program has been setup to encouraging interest in science, mathematics, and engineering through unmanned ballooning. HAPB-4 uses a Parallax SPIN Stamp microcontroller, this multicore chip offers eight 32-bit processors (cogs) sharing 32kB RAM and ROM. Having eight separate COG’s allows him to log GPS data, control the camera, log and monitor sensors, and control LCD functions simultaneously with minimal hardware. During this flight he did have some equipment failures, but he was still able to capture some nice pictures.