Two articles in The New York Times point to the importance of maps and mobile services this week.
Archive for the ‘mobile’ Category
Jim Phillips, director of Geospatial Enterprise Intelligence Solutions at Exelis, answered some questions about the recent release of ITT Exelis’ Jagwire Mobile which extends the supported client devices to iPhone and Android handhelds.
Mladen Stojic, vice president of Geospatial at Intergraph, presented at a virtual press event this week to announce the Intergraph 2013 Geospatial Portfolio.
This review in this morning’s New York Times caught my eye – how many times have I wished for some sort of gadget to find my car in a parking lot? I have tied a hiking stick to the roof of my car to make it more noticeable in busy parking lots. But that’s not always so easy. Cars are all created in about three to four colors unless you customize yours with psychedelic magic bus colors or something.
This article cites several new apps for free or at minimal cost that will find your car for you, using your phone’s GPS and some will even work from photos!
Spirent Communications, a leader in testing wireless networks, services and devices, recently announced immediate availability of the first commercialized test solution for LTE assisted GPS (A-GPS) Over-The Air (OTA) Testing. This is a co-development effort by Spirent and ETS-Lindgren, two leaders in location testing.
Brock Butler, Director of Wireless Location Technology for Spirent Communications was interviewed by GISCafe Voice about this important announcement:
1) What is LTE assisted GPS and why is it important?
Long Term Evolution (LTE), often called 4G, technology is being incorporated into many next-generation consumer devices, including smartphones. It enables voice and high speed wireless data services. Nearly all consumer devices migrating to LTE also have a strong need to provide positioning capabilities. The leading technology for positioning remains Global Navigation Satellite System (GNSS) such as GPS (United States satellite system) or GLONASS (Russian satellite system). Assisted GNSS (e.g. A-GPS) uses an assistance server to provide satellite information to the mobile device and when coupled to a cellular technology like LTE, A-GNSS can provide improved location performance by making position fixes faster particularly at the very low power levels often associated with consumer usage in urban and indoor environments.
Apple’s iPhone 5 maps aren’t anywhere near as good as Google’s Maps, according to an article in ZDNet, but it doesn’t seem to matter because the two companies needed to separate since they are competitors in the mobile mapping market. What may occur however, is that new options might be in the stars.
The iPhone 5 is accompanied by a lot of buzz, and some of that is pretty exciting. Customers of past iPhone models will be pleased to know that the iPhone 5 is made of all glass and aluminum, making it the thinnest yet. It measures 7.6mm thick, 18 percent thinner than previous iterations. It features “Ultrafast Wireless,” thanks to GPRS, EDGE, EV-DO, HSPA, HSPA+, DC-HSDPA and LTE.