Posted
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michael
from the you'll-put-your-eye-out dept.
freitasm writes "Geekzone is reporting on Ike, made by Surveylab. Ike is a handheld data capture device that integrates GPS, an electronic compass, a laser distance meter, an inclinometer, a digital camera, and a Pocket PC 2003 handheld in a single unit, ideal for GIS and other surveys."
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I'm in engineering physics (lasers and other stuff to those who don't know), and graduates always pull pranks on a certain day, very ceremonial blah blah blah. Anyway, I tried to convince them that we should get an aquarium of fish with lasers attached and put it in the office window or something. But would they go for it? No. Bastards and their "feasibility".
My sister's roomate did succeed in attaching a laser pointer to my sister's cat's head for a few minutes; apparently, it was quite a sight (cats love to chase laser pointers [delphion.com]).
In my day, we didn't have flashy things up in the air at night. Every morning, three hours before we went to sleep, our da would wake us up. We'd have warm gravel for breakfast and then we'd have to crawl over broken glass to draw all of the stars up in the sky for us to navigate by. Then we'd have to blink our eyes rapidly to make them seem like they were flashing. And we lucky to have them.
What are the true capabilities of a tricorder? What is the difference between a star trek tricorder and one from the next generation. Do they have tricorders yet in star trek enterprise?
So my question is, what exactly is a tricorder supposed to do?
From the "STAR TREK: THE NEXT GENERATION TECHNICAL MANUAL":
The sensor assemblies incorporate a total of 235 mechanical, electromagnetic and subspace devices mounted about the internal frame as well as imbedded in the casing as conformal instruments. 115 of these are clustered in the forward end for directional readings, with a field-of-view lower limit of 1/4 degree. The other 120 are omnidirectional devices, taking measurements of the surrounding space
I'm not sure what I'd do with it personally, but the concept is cool.
I can see this being used by lots of folks probably not in the original target market: professional hunting guides. All in one unit rangefinder/gps/camera? Make it durable and I bet the hunting crowd would be all over them.
It's the perfect tool for an archaeologist. We need compasses, GPS, inclinometers, digital cameras-- but I probably couldn't use it under the canopy of a jungle, and since the battery is only good for 8 hours and rechargable in a car-- and I wouldn't see a car nor a generator for a couple of months-- it remains, sadly, impractical. I guess I just have to tote around the 6 separate, heavier instruments and the supply of batteries. If this had smarter batteries, I would be ecstatic right now. I'm sure that archaeologists who work closer to civilization (and therefore care less whether they're carting 1 instrument or 6) are probably pretty psyched, though!
Nope, it's usually multi-layered and dim and wet and dampness poses one of the biggest problems for gear, generally. The thickness of the cover not only makes solar-power really impossible, but makes getting a GIS signal generally impossible, too. If someone makes it possible, a lot of us would be ecstatic. NASA [nasa.gov] gives a hand [osd.mil] and remote sensing helps, but under a canopy as dense as rainforest can be is about as remote as you can get these days, where satellite at least makes it possible to establish conta
My first thought was that you could make a pretty half-decent 3D imager out of it. The laser range finder and inclinometer alone would do the trick. The GPS adds an extra level of position measurement and the camera allows redundant range calculation via triangulation with the laser, making it even more accurate range measurement.
Of course, to image an object in 3D in any sort of reasonable time, your wrist will probably get a little sore.
They can take pictures of all the girls they could have hooked up with.
You mean, all the girls they could have hooked up with if they weren't carrying the combined GPS, electronic compass, laser distance meter, inclinometer, digital camera, Pocket PC 2003 handheld? Come on, even then it's unlikely.
This is cool. A great toy that will let everyone put up 3D models of their houses so they can offer virtual tours on the web. Or put out for bids on landscaping or renovations.
The tricorder is old news - it's already been made (minus the ability to detect things like tachyons, of course) and the market spoke. The company (Vital Technologies in Bolton, Ontario, Canada IIRC) went tits-up, I believe.
There are several devices for this, from the $20 monocular to a $300 laser rangefinder.
The $20 version simply has markings, similar to a rifle scope, where the user simply matches the height of the pin to the markings and reads the result. The farther away, the smaller the pin.
A $20 version that uses no batteries is often far better suited for most golfers, imho. The only time it's not as useful is when the pin is missing or non-standard size.
There are several devices for this, from the $20 monocular to a $300 laser rangefinder.
Yeah, but this thing checks the incline as well. It's a lot different hitting to a green that's a few feet above you to one that's a few feet below. On the down side, the site says the range of the laser is only 100 meters, so its current form would be pretty useless for golf.
Hand-held optical devices that measure distance have been around for a while -- I have the Bushnell Yardage Pro 500 which lets me get a distance reading up to about 1000 yds. Hell, Bushnell makes range finders specifically for golfers.
The only problem with these that I've found is that you need some decent flat surface perpendicular to the laser to reflect it -- so trying to laze, say, a building works pretty well, but trying to laze the flag on the green would be problematic (and I've had issues trying to laze some mammals and such at longer distances when trying to set my sights).
Best thing for golfers these days is the incredibly expensive (but nice) Suunto G9 [suuntousa.com]. Roughly 800 bucks for a watch . . hem hem sorry - Wristop Computer.
Uses GPS to work out where you are and then calculates how far you are hitting the ball. Supposely there are a number of popular golf courses available for download so you can tell hole distance etc.
Must make sense for people who play this silly game..
Well yes and no, depending of type of surveying you are doing. I think that its impossible to find one handheld today that is an useful tool for all type of survey work. Most surveying use aerial photos as a base, unless they are corrections or add-ons to old maps, or based on magnetical, sonar, radar or other obscure methods. So photos taken by the survey man himselfs are often of interesting details, but 1024x768 seems low (even if it has good optics)
Geological surveying
-Soil, large screen needed, ca
There are 2 kinds of GPS equipment - mapping grade and survey grade. Survey grade has accuracy down to about 1cm, and mapping grade is generally in the range of 1-10 meter accuracy.
This thing is mapping grade, but of dubious quality. The world leader (also in New Zealand), is Trimble [trimble.com]. They will run you about 6k for a submeter accurate unit, that is rugged and comes with a good warranty.
Ike is a handheld data capture device that integrates GPS, an electronic compass, a laser distance meter, an inclinometer, a digital camera, and a Pocket PC 2003 handheld in a single unit, ideal for GIS and other surveys."
GPS, Differential GPS, and WAAS isn't accurate enough for high quality survey work. All of these of limited accuracy of more 1 meter, whereas any decent survey should measure error hopefully less than 10 millimeters.
And what do you think that GIS specialists use? You think that they are using personal-use GPSs? Get real.
I was given a demonstration of what they had back in 1994 when I was a Scout. They were accurate to the size of a dime (and that long before SA was turned off and WAAS was available -- so they are obviously not hampered by the scrambled signals).
Carrier-phase differential GPS and a low-multipath environment will get you centimeter-level accuracy. WAAS and SA being turned off help speed up the acquisition process but that's about all; the fundamental resolution achievable by GPS receivers (when used to measure carrier phase) is limited by the clock accuracy (satellite and receiver) and close-in multipath. For more information on GPS technology check out
GPS equipment manufacturer FAQs [novatel.com]
Carrier-phase differential GPS and a low-multipath environment will get you centimeter-level accuracy.
Since the device as depicted and described in the article appears to be a single GPS receiver, Carrier-phase D-GPS is not applicable. And there is the gotcha of a known reference point requirement which you didn't mention.
Perhaps for engineering survey work, but for geological mapping, this tool would be a god-send. 1 meter accuracy is more than enough to get a general idea of the lay of a formation. A notebook would still be necessary to take down strike/dip measurements, but those could then be easily correlated to the GIS info back at the camp. The digital camera could also be useful for keeping track of variations in color, consolidation, weathering features, etc on samples in a formation.
I agree for the most part. However, I don't know if I'd want to take something like this out in the field. Dust/Rain/Mud/Trees are no match for your Brunton, but I'd be hesitant to get down and dirty with this.
Another plus is that if my Brunton somehow goes tumbling down a cliff, it should still work. What will happen if I accidentially drop this All-In-One device when trying to get dip on an outcrop that is on a cliff?
any decent survey should measure error hopefully less than 10 millimeters.
Wow, that's really an uninformed statement.
There are plenty of apps where low-res is appropriate.
In my line (wildlife biology/gis), it is rare to require anything higher than 1 m resolution. And really, the datasets we use most commonly are 28.5 m res.
There are plenty of apps where low-res is appropriate.
I did not mean to diss low-resolution usage - glad to hear such technology could be useful to you, but there was a naive subtext that traditional land/engineering surveying would be replaced with these high-tech gadgets without realising that they still operate on a very different scale of accuracy.
GPS, Differential GPS, and WAAS isn't accurate enough for high quality survey work. All of these of limited accuracy of more 1 meter, whereas any decent survey should measure error hopefully less than 10 millimeters.
Wrong, each of these technologies is sufficiently accurate for surveying. GPS alone has (can have) an error rate of less than 2cm over 50 miles. You just have to have a known point. Everything can be calculated in real time or post processed. Most systems like this (certified for surveyi
Maybe 10 years ago GPS wasn't good enough. However, it is good enough for land titles [gov.bc.ca] in British Columbia (not very many survey monuments to tie into for minesites in the middle of nowhere). I don't know if I would want to do building construction layout (millimetre accuracy) using GPS, but if GPS is fine for land titles, it should be OK for most purposes. The Geodetic Survey Division of Natural Resources Canada has some more info [nrcan.gc.ca] on the different GPS methods. Check out the final part on Carrier Positioning
However, it is good enough for land titles in British Columbia (not very many survey monuments to tie into for minesites in the middle of nowhere).
Provided they met Survey accuracy standards [gov.bc.ca] of 0.02 meters, 2 centimeters plus "100 parts per million times the baseline distance" up to 0.12 metres.
AFAIK a single receiver GPS, as found is all consumer grade GPS units, and based on the photo in the article, the device in question, do not met this criteria.
I'm afraid this gadget has too much real-world application to be of interest to the geek crowd.
We just bought a few acres of land, and this device would have been the ideal tool for the surveyor. It's clear from the discrepancies between the survey drawing and the aerial views [dfwmaps.com] that the surveyor made his measurements, wrote them down, then made his drawing from his notes. The numbers are right, but the outlines of the buildings aren't quite where they should be.
This device, plus a windoze PC with appropriate software, will let the surveyor simply walk to the survey points, point & shoot, hotsync, and print. It's just what the surveyor needs to do his/her job.
This would probably make an EXCELLENT tool for detectives if it would digitally sign record collections. You can take photos and get imprinted GPS information. Take notes on them and record voice notes over the photos.
This is good enough for rough surveys, but not good enough to allow collecting random images, locating them in space, and building 3D models. Another generation or two, and the expensive tripod-mounted Reigl scanners used for model-building will be replaced by handheld devices.
So now I will be able to find exactly where I want to hike up the mountain, be able to know which way I am going, know exactly how far I am from the top, tell how close to verticle I am approaching, take photos as I approach the summit and then have company that will understand me when I trip and crash and go tumbling down said mountain.
sounds like something made by swiss army. all it needs now is a magnifying glass and a toothpick. on a serious note, the perfect addition to the features on this would be cell phone. and wifi. i decided i'm going to wait out on getting a new cell phone until it does absolutely everything i want (no, not need - want).
I never found my PocketPC all that great for usage w/the GPS (I am using PocketPC 2002 though). I have constant stability issues and in the extreme temps we experience here (it got down to -22 without windchill in January) the PocketPCs just don't hold up well enough.
This is especially useful for wardriving and warflying...
Not quite. Read the specs.
I have constant stability issues and in the extreme temps we experience here (it got down to -22 without windchill in January)
According to the page, these things are good only to 0C - so it would be useless for you.. and to add insult to injury, max. temp is only +40C.
With a temperature rage that limited (and the fact that it's not waterproof - not even IPX2), I gotta wonder what the market for something like this is
This sounds like a civilian version of the GPS/lidar/etc/binoculars recently used by the military for spotting targets for artillery and other attack missions.
Look at the target, center the crosshairs, read the *target's* GPS co-ordinates (or dump them into the battle net).
I imagine this might come in handy for consensus surveys. Take a picture of the person who signs your petition/donates to your organization, get their photograph and GPS position recorded in a database.
AND SELL ALL THE DATA TO THE MATRIX PROJECT MUAHAHAHHAHAHAHAAHHAHHAHAHAHA!!!!!!!!!!!
Yes... yes... indeed. Time to screw my tinfoil cap on a tad bit tighter now.
could have taken a picture of Janet Jackson's breast and documented the time, exact location, inclination, direction and the exact distance from "the breast" to my seat with the range finder. The exact answer to "where were you when the "wardrobe malfunction" occured"...
It sounds like the old P40ES system that county and state surveyors have been using for over a decade. A co-worker was even involved in the P40's developement and said that it was a simple task of relaying the opt signal to the three receivers (compass, inclinometer, ld meter). The only NEW developement I see here is the "digitality" of the compass and the addition of the digital camera. Besides that though, I doubt that its worth the retraining of a personnel who are adept at working with the previous e
I have always said that a pair of binoculars with all theses features plus a wireless modem or some sort would be an effective utility for the military. It would make it easier for combat controls to send target information to strike aircraft.
Heck you make it better you can give the average solider a 2000 lb hand grenade.
$12K a pop! That won't be on my Christmas list for a while. I'm sure people will whip up an open-source clone project. Interestingly this a lot like something I "invented" as a teen (on paper anyway, I still have the drawings in my garage)! I won't give away my age, except to say that was more than one patent life ago.:-)
BTW, the secret to finding prices on a web site for products that "don't list price" is to check the press releases - reporters tend to ignore press leads that don't have an estimated price. It would not look good with readers to present rave article for a product none of them can afford or budget for.
Thanks for giving this neat gadget for Christmas. I thought I'd send you this email from it to let you know how it's working out. As you can tell from the coordinates, I'm backpacking in the Alaskan wilderness. It's great here. Just me and nature. I've never done any camping this ambitious, but with this toy how can I go wrong? Here's some pictures. Isn't it beautiful? Oh look! There's a bear and some cubs a couple hundred yards away. Here's some pictures. Hold on, I'll let you know exactly how far away with the laser rangefinder. The big one is precisely 220.6 meters away. This is so cool! Oh now it moving. Now it's 190.2 meters away. Make that 153.6 meters. It's hard to beleive something that big could move so fast. 98 meters now. Hmmmm, I don't suppose I'm irritating the bear by shining this laser in it's eyes? It's 46 meters away now. I should probably go. I love you Dad. Tell Mom I lov...
This sounds like the ideal device for handheld wardriving or 'war-walking'. With some open source software from handhelds.org [handhelds.org] for the PocketPC, thanks to Jim Gettys and his team, the Kismet wireless and a host of open source tools, you've got the basics. The integrated GPS and the laser distance meter then give you almost everything you'd need to start finding wireless networks, map then, and publish the results on the Internet. Wait! See someone suspicious coming towards you? Just put the device into your
This would be perfect for real estate agents who need to combine their pda's and electronic distance measurers but it seems a little imprecise and lightweight for real survey work.
The title of top survey data collector is still the HP-48GX [johann-sandra.com].
When we ran survey we would try to grab the tripod with the HP-48 bracketed on it. This little data collector would make our lives easier, reduce the overall time for the survey and increase the time in the pub. All very good things.
HP-48GX - Good data bucket and a good deal cheaper than the grand that Topcon and such want for their Data Collection handhelds.
It would be fun to play around with the laser distance mechanism to see if you could design a speed gun with this thing. I would hope they would allow developers access to the appropriate APIs to allow this. It wouldn't be good for police work, but it would be fun the average consumer. The price needs to come down quite a bit, though.
If they could bring the price down these would be perfect for Geocaching [geocaching.com]!
I'm drooling at the thought.
It would be easy to write some software to allow you to upload a GPX file and then have the unit load all the waypoints and be able to display the cache info.
Anyone want to donate $12000 for me to test it?
It's huge and heavy: 260mm x110mm x 70mm weighing more than a kilogram. Not something you would put in a pocket, and only to be "handheld" for a short time.
Ok, it's a little bulky, and I don't really need a laser rangefinder (mmm... verify USGS benchmark towers... aaaaah). And maybe it's a little pricey.
But it's tough to get all this into one package. Most add-on cameras and GPSr's for PDAs take the same CF or SDIO slot, meaning one or the other. Being able to take a picture and know where and exactly when it was taken from the GPS is useful. Now, if it only had a QVGA or better screen (can't tell from the specs), high-quality audio reproduction (yes, Win
It's an optical rangefinder program for the Pocket PC. The program has a database of images (person, tree, car, etc) of known heights. You hold the Pocket PC at arm's length and resize the image on the screen until it's the same height as the distant image. Based on all that, it calculates the distance to the image.
You can also specify values like the height of your Pocket PC screen, the length of your arm, or the height of the thing you're measuring (if you wan
Augmented Reality [howstuffworks.com] is basically annotating meatspace with metadata. This device can collect images and text and associate them with a temporal and postional location, all in realtime since the device has networking. Now if that isn't made for augmented reality data collection, I don't know what is. Now all we need is a good open, public data store like the web, a means of looking up information based on positional criteria, and come up with some decent equipment to strap to our heads... and then we've go
In 1957 Eisenhower created the Defense Advanced Research Projects Agency (DARPA, a think tank charged with creating ideas to compete with the Soviet Union). To collaborate on these ideas, they created Internet?s predecessor Arpanet, first envisioned by the head of DARPA computer projects, J.C.R. Licklider of MIT.
Arpanet overcame this limitation with the development by Vint Cerf from Stanford University, of TCP/IP, or Transfer Control Pro
Ah, but... (Score:5, Funny)
Re:Ah, but... (Score:5, Funny)
It doesn't matter; the laser is not of "frickin'" spec.
Re:Ah, but... (Score:5, Funny)
Re:Ah, but... (Score:2)
Re:Ah, but... (Score:4, Funny)
Re:Ah, but... (Score:1)
My day (Score:4, Funny)
You were lucky (Score:2)
Good! (Score:3, Funny)
Good? GOOD?!? (Score:2)
Here's a thought: step away from the IKE and start walking towards the member of the appropriate gender of desire.
Re:Good? GOOD?!? (Score:3, Funny)
You might want to get out of that cave. GPS typically doesn't work well in such conditions, and we'd hate for that nice tech to go to waste.
Hey look! (Score:5, Funny)
Re:Hey look! (Score:1)
tricorder feature list (Score:2)
So my question is, what exactly is a tricorder supposed to do?
What have I missed?
Re:tricorder feature list (Score:2)
The sensor assemblies incorporate a total of 235 mechanical, electromagnetic and subspace devices mounted about the internal frame as well as imbedded in the casing as conformal instruments. 115 of these are clustered in the forward end for directional readings, with a field-of-view lower limit of 1/4 degree. The other 120 are omnidirectional devices, taking measurements of the surrounding space
It also has data storage capacity of 6.91 kiloq
Re:tricorder feature list (Score:3, Funny)
Re:tricorder feature list (Score:2)
Re:Hey look! (Score:2)
I'll wait for Apple to relase one. Those come in with a mother ship hacking utility.
Is that a Pocket PC, GPS and Laser Range Finder... (Score:4, Funny)
I like it... (Score:2, Interesting)
I can see this being used by lots of folks probably not in the original target market: professional hunting guides. All in one unit rangefinder/gps/camera? Make it durable and I bet the hunting crowd would be all over them.
Archaeology (Score:5, Interesting)
Re:Just a thought for you... (Score:3, Insightful)
Re:Just a thought for you... (Score:2)
They've released these for cell phones.
Re:I like it... (Score:2)
Of course, to image an object in 3D in any sort of reasonable time, your wrist will probably get a little sore.
Great... (Score:2, Funny)
Hell, they can even look at each other range finders to see who actually got the closest to a girl.
..they could have hooked up with ... (Score:3, Funny)
You mean, all the girls they could have hooked up with if they weren't carrying the combined GPS, electronic compass, laser distance meter, inclinometer, digital camera, Pocket PC 2003 handheld? Come on, even then it's unlikely.
Re:Great... (Score:2, Funny)
Read the article. The rangefinder only works up to 100 yards.
i'm waiting... (Score:2, Funny)
Been waiting my whole life! (Score:4, Interesting)
George Carlin (Score:2, Funny)
Europe and Japan (Score:2)
Yay! The tricorder is just around the corner (Score:2, Funny)
I love toys...
Re:Yay! The tricorder is just around the corner (Score:2)
The tricorder is old news - it's already been made (minus the ability to detect things like tachyons, of course) and the market spoke. The company (Vital Technologies in Bolton, Ontario, Canada IIRC) went tits-up, I believe.
Could be useful to golfers (Score:4, Interesting)
I've always been at a loss to tell them what they could use, at least when it came to handheld optical devices.
Re:Could be useful to golfers (Score:4, Interesting)
The $20 version simply has markings, similar to a rifle scope, where the user simply matches the height of the pin to the markings and reads the result. The farther away, the smaller the pin.
A $20 version that uses no batteries is often far better suited for most golfers, imho. The only time it's not as useful is when the pin is missing or non-standard size.
Re:Could be useful to golfers (Score:3, Informative)
Re:Could be useful to golfers (Score:4, Informative)
The only problem with these that I've found is that you need some decent flat surface perpendicular to the laser to reflect it -- so trying to laze, say, a building works pretty well, but trying to laze the flag on the green would be problematic (and I've had issues trying to laze some mammals and such at longer distances when trying to set my sights).
Re:Could be useful to golfers (Score:3, Informative)
Uses GPS to work out where you are and then calculates how far you are hitting the ball. Supposely there are a number of popular golf courses available for download so you can tell hole distance etc.
Must make sense for people who play this silly game. .
Re:Could be useful to golfers (Score:2)
Re:Could be useful to golfers (Score:2)
Detail level (Score:2, Informative)
Thats only a little higher that 1MP. Don't the GIS surveys need more detail than that?
one size doesnt fit all (Score:2, Informative)
Geological surveying
-Soil, large screen needed, ca
Re:Detail level (Score:3, Informative)
This thing is mapping grade, but of dubious quality. The world leader (also in New Zealand), is Trimble [trimble.com]. They will run you about 6k for a submeter accurate unit, that is rugged and comes with a good warranty.
Still... (Score:3, Funny)
Still, it's missing a wasabi dispenser.
GIS? (Score:1, Funny)
GPS not accurate enough (Score:5, Informative)
Re:GPS not accurate enough (Score:2)
I was given a demonstration of what they had back in 1994 when I was a Scout. They were accurate to the size of a dime (and that long before SA was turned off and WAAS was available -- so they are obviously not hampered by the scrambled signals).
Re:GPS not accurate enough (Score:2, Interesting)
For more information on GPS technology check out GPS equipment manufacturer FAQs [novatel.com]
Re:GPS not accurate enough (Score:2)
Since the device as depicted and described in the article appears to be a single GPS receiver, Carrier-phase D-GPS is not applicable. And there is the gotcha of a known reference point requirement which you didn't mention.
Re:GPS not accurate enough (Score:1)
Re:GPS not accurate enough (Score:5, Informative)
Re:GPS not accurate enough (Score:2)
Another plus is that if my Brunton somehow goes tumbling down a cliff, it should still work. What will happen if I accidentially drop this All-In-One device when trying to get dip on an outcrop that is on a cliff?
Re:GPS not accurate enough (Score:2)
I tested this theory, unintentionally. I'm happy to report that it still works as good as new. What a gorgeous piece of equipment.
As for your other points, you're absolutely right. I would only carry this tool if I still had my 2 compasses and maps in my pack along with me.
Re:GPS not accurate enough (Score:2, Informative)
Wow, that's really an uninformed statement.
There are plenty of apps where low-res is appropriate.
In my line (wildlife biology/gis), it is rare to require anything higher than 1 m resolution. And really, the datasets we use most commonly are 28.5 m res.
Re:GPS not accurate enough (Score:2)
There are plenty of apps where low-res is appropriate.
I did not mean to diss low-resolution usage - glad to hear such technology could be useful to you, but there was a naive subtext that traditional land/engineering surveying would be replaced with these high-tech gadgets without realising that they still operate on a very different scale of accuracy.
Re:GPS not accurate enough (Score:2, Insightful)
Wrong, each of these technologies is sufficiently accurate for surveying. GPS alone has (can have) an error rate of less than 2cm over 50 miles. You just have to have a known point. Everything can be calculated in real time or post processed. Most systems like this (certified for surveyi
GPS is accurate enough for most things (Score:2)
Re:GPS is accurate enough for most things (Score:2)
Provided they met Survey accuracy standards [gov.bc.ca] of 0.02 meters, 2 centimeters plus "100 parts per million times the baseline distance" up to 0.12 metres.
AFAIK a single receiver GPS, as found is all consumer grade GPS units, and based on the photo in the article, the device in question, do not met this criteria.
Re:GPS not accurate enough (Score:2)
I'll buy one myself (Score:2, Funny)
Oh no... (Score:4, Funny)
I hope Nokia didn't help them with the Bluetooth code.
Too much real-world value (Score:5, Interesting)
We just bought a few acres of land, and this device would have been the ideal tool for the surveyor. It's clear from the discrepancies between the survey drawing and the aerial views [dfwmaps.com] that the surveyor made his measurements, wrote them down, then made his drawing from his notes. The numbers are right, but the outlines of the buildings aren't quite where they should be.
This device, plus a windoze PC with appropriate software, will let the surveyor simply walk to the survey points, point & shoot, hotsync, and print. It's just what the surveyor needs to do his/her job.
So it's obviously too useful to be a geek toy.
Good detective tool. (Score:2)
This would probably make an EXCELLENT tool for detectives if it would digitally sign record collections. You can take photos and get imprinted GPS information. Take notes on them and record voice notes over the photos.
Re:Too much real-world value (Score:2)
Duh. This is Slashdot. If I had a clue what I was talking about, I would have to recuse myself from the discussion.
I can't wait... (Score:2)
Getting close, but not there yet (Score:2)
Great combo... (Score:2, Funny)
WTF MATE (Score:1, Offtopic)
hmmm (Score:2, Funny)
on a serious note, the perfect addition to the features on this would be cell phone. and wifi. i decided i'm going to wait out on getting a new cell phone until it does absolutely everything i want (no, not need - want).
wardriving... (Score:3, Interesting)
See here [agentgreen.org].
I never found my PocketPC all that great for usage w/the GPS (I am using PocketPC 2002 though). I have constant stability issues and in the extreme temps we experience here (it got down to -22 without windchill in January) the PocketPCs just don't hold up well enough.
Read the specs... (Score:2)
Not quite. Read the specs.
I have constant stability issues and in the extreme temps we experience here (it got down to -22 without windchill in January)
According to the page, these things are good only to 0C - so it would be useless for you.. and to add insult to injury, max. temp is only +40C.
With a temperature rage that limited (and the fact that it's not waterproof - not even IPX2), I gotta wonder what the market for something like this is
Sounds like a plowshare. (Score:4, Interesting)
Look at the target, center the crosshairs, read the *target's* GPS co-ordinates (or dump them into the battle net).
Wow... (Score:1)
There's probably a much bigger market for this device than most people think.
Survey Says... (Score:2)
Take a picture of the person who signs your petition/donates to your organization, get their photograph and GPS position recorded in a database.
AND SELL ALL THE DATA TO THE MATRIX PROJECT
MUAHAHAHHAHAHAHAAHHAHHAHAHAHA!!!!!!!!!!!
Yes... yes... indeed.
Time to screw my tinfoil cap on a tad bit tighter now.
Could have used one of these at the SuperBowl... (Score:1, Funny)
Its not new (Score:2, Informative)
cost? (Score:1)
Military Applications (Score:2)
Heck you make it better you can give the average solider a 2000 lb hand grenade.
Real neat but expensive! (Score:5, Informative)
BTW, the secret to finding prices on a web site for products that "don't list price" is to check the press releases - reporters tend to ignore press leads that don't have an estimated price. It would not look good with readers to present rave article for a product none of them can afford or budget for.
Re:Real neat but expensive! (Score:3, Informative)
Re:Real neat but expensive! (Score:2)
Yeah, and it doesn't even include cell-phone capability. What were they thinking?
Now GPS + WIFI + PCS would be useful. Especially if I could develop software for it.
Dear Dad (Score:5, Funny)
war-walking (Score:2, Interesting)
Real Estate maybe but not professional survey (Score:3, Informative)
The title of top survey data collector is still the HP-48GX [johann-sandra.com].
When we ran survey we would try to grab the tripod with the HP-48 bracketed on it. This little data collector would make our lives easier, reduce the overall time for the survey and increase the time in the pub. All very good things.
HP-48GX - Good data bucket and a good deal cheaper than the grand that Topcon and such want for their Data Collection handhelds.
Battery Life (Score:2, Funny)
points range finder
Pocket pc is shutting down
D'Oh!
Laser Speed Gun? (Score:2, Insightful)
"ideal for GIS and other surveys" (Score:3, Funny)
Perfect for Geocaching! (Score:2, Interesting)
This is no *Pocket* PC (Score:2, Insightful)
Almost everything I want! (Score:2)
But it's tough to get all this into one package. Most add-on cameras and GPSr's for PDAs take the same CF or SDIO slot, meaning one or the other. Being able to take a picture and know where and exactly when it was taken from the GPS is useful. Now, if it only had a QVGA or better screen (can't tell from the specs), high-quality audio reproduction (yes, Win
Yeah, that'll work. (Score:2)
When they come out with a visible beam (doubles as a presentation pointer!) and 300-meter range I'll think about buying one.
What I want... (Score:2)
Re:What I want... (Score:2)
I'm serious - that would be really good to have *everything* in one box.
Re:What I want... (Score:2)
Comes complete... (Score:2)
sounds useful for the military! (Score:2)
The $6 version (Score:2, Informative)
http://zedev.com/software/rangefinder/ [zedev.com]
It's an optical rangefinder program for the Pocket PC. The program has a database of images (person, tree, car, etc) of known heights. You hold the Pocket PC at arm's length and resize the image on the screen until it's the same height as the distant image. Based on all that, it calculates the distance to the image.
You can also specify values like the height of your Pocket PC screen, the length of your arm, or the height of the thing you're measuring (if you wan
Perfect for Augmented Reality (Score:2)
Re:poor Ike... (Score:1)
A rehash of a previous post...
Excerpt:
In 1957 Eisenhower created the Defense Advanced Research Projects Agency (DARPA, a think tank charged with creating ideas to compete with the Soviet Union). To collaborate on these ideas, they created Internet?s predecessor Arpanet, first envisioned by the head of DARPA computer projects, J.C.R. Licklider of MIT.
Arpanet overcame this limitation with the development by Vint Cerf from Stanford University, of TCP/IP, or Transfer Control Pro
Re:Wow! (Score:1)