Smart Gps Location Download

Time-based and self-learning technology collects information about everything that happens in the field. The smart location features in Oracle Field Service use predictive technology to display expected job locations and routes and then leverages mobile apps and external GPS for real-time data collection to show actual locations and check-in information.

Additionally, EPA worked with the U.S. General Services Administration (GSA) to develop the Smart Location Calculator, a dataset and interactive tool that measures the location efficiency of workplace locations. The interactive map allows users to explore the data, download the dataset, and access the accompanying documentation.

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The Smart Location Calculator is a simple tool for exploring how workplace location affects worker commute travel. The tool provides location efficiency scores for a user-entered address, as well as location efficiency data summarized at the block group level. All of the scores are relative to the region.

Facilities, such as hospitals and other healthcare providers, need to efficiently manage and replenish supplies. Nurses and other clinical staff grab and utilize supplies as necessary without scanning them in or out. You can have hundreds of items per location and hundreds of locations per facility. By automating your PAR process, Oracle healthcare driven facilities reduce costs and enhance operational efficiency while maintaining patient care levels.

PAR Grouping provides the ability to join multiple PAR Locations into a larger group. By grouping PAR Locations for a specific Organization, you can ensure all locations are counted and increase overall count efficiency.

Managers can quickly and easily view real-time PAR activity on our PAR Activity Dashboard for better visibility and accountability. PAR locations must be grouped and scheduled for RF-SMART to populate the Dashboard.

In the past few days I've found that, when viewing location maps, both apps show the phone on which that specific app is installed in an accurate location, but then a discrepancy of about 1-2 miles in the location of the other phone (both locations are shared). For example, when sitting at home holding both phones in my hand at the same time, each phone will show that it is at home but the other person is about 1.5 miles away. Interestingly, my phone usually appears to always be shown southwest of my son's phone, but that might be coincidence.

I can send a location check-in from my son's phone to mine that will show up as the correct location, but still if I try to update his location on my app immediately after that, the incorrect location for him will continue to appear in my app. Automatic notifications that I have set up seem to either not come through at all or to come through a long time after he's left or arrived at the specified location.

I've power cycled both phones, ensured that all location settings are set properly per the Smart Family FAQs, and uninstalled/reinstalled both apps (by default re-pairing the companion app and making sure that they're up-to-date). Anyone have any other ideas or suggestions?

Compared with existing Wi-Fi-based indoor location systems on the market, the Smart Indoor Location Solution has the unique advantage of high integration. It covers Wi-Fi access points (APs), a cloud-based management platform, and a smart indoor positioning system. By optimizing location data through Wi-Fi AP wireless signals, integrating with the cloud-based management platform, and performing accurate data labeling and analysis, the solution helps companies from different sectors to easily adapt the smart indoor location system to meet the various location management needs.

In the older classic version of the smartthings mobile app, you could set up automations that would do pretty much anything you wanted to with a smart lock. You could unlock the lock based on geopresence, or via motion sensor or with a voice command. (I am myself am quadriparetic, so hands-free control of a lock is very important to me.)

However, the design philosophy for security features has changed with the newest version of the mobile app, the V3 version. Now the only way to unlock a smart lock is by opening the app and using the device icon. Or, of course, using the keypad on the lock itself.

But to answer your general question, you can certainly be in New Jersey and use the new V3 app to unlock a lock at a condo in Miami, or use the official smart lock feature to change the lock codes on the lock in Miami. But you would have to be signed into the same location as the hub which is controlling that lock.

OK, The older smartthings hubs did not have a Wi-Fi radio, so you could set them up pretty much anywhere and when you moved, you just plugged them into the new ethernet router and you were good to go.

However, the model that you have does have a Wi-Fi radio and it is painfully difficult to switch to a different Wi-Fi network. So I think the advice to set it up at the ultimate location is probably good for that particular model.

With Smart Lock Guest Access, you can remotely program and manage codes for your connected smart door locks from your phone at any time! Smart Lock Guest Access can also show you the status of all ...

I would be leery of setting this up offsite! All sorts of issues that I could imagine leaving you dead in the water! Especially if using a v3 hub AND using WiFi instead of hardwired! JD mentioned this as well, I was lucky and moved my router that I used to do the setup to the second home where I installed the smart things hub. Nonetheless you need to establish your mesh networks at the condo.

I recently installed a SmartSolar MPPT controller in my camping trailer. As I replaced an older PWM contoller, I used the same mounting location which was inside the trailer under a bunk. The deep cycle battery is a sealed flooded lead acid battery stored in a marine battery box located inside a bin mounted to the trailer tongue. Given the difference in locations, I also installed a Smart Battery Sense monitor on the battery.

Epidemiological studies investigating relationships between environmental exposures from air pollution and health typically use residential addresses as a single point for exposure, while environmental exposures in transit, at work, school or other locations are largely ignored. Personal exposure monitors measure individuals' exposures over time; however, current personal monitors are intrusive and cannot be operated at a large scale over an extended period of time (e.g., for a continuous three months) and can be very costly. In addition, spatial locations typically cannot be identified when only personal monitors are used. In this paper, we piloted a study that applied momentary location tracking services supplied by smart phones to identify an individual's location in space-time for three consecutive months (April 28 to July 28, 2013) using available Wi-Fi networks. Individual exposures in space-time to the traffic-related pollutants Nitrogen Oxides (NOX) were estimated by superimposing an annual mean NOX concentration surface modeled using the Land Use Regression (LUR) modeling technique. Individual's exposures were assigned to stationary (including home, work and other stationary locations) and in-transit (including commute and other travel) locations. For the individual, whose home/work addresses were known and the commute route was fixed, it was found that 95.3% of the time, the individual could be accurately identified in space-time. The ambient concentration estimated at the home location was 21.01 ppb. When indoor/outdoor infiltration, indoor sources of air pollution and time spent outdoors were taken into consideration, the individual's cumulative exposures were 28.59 ppb and 96.49 ppb, assuming a respective indoor/outdoor ratio of 1.33 and 5.00. Integrating momentary location tracking services with fixed-site field monitoring, plus indoor-outdoor air exchange calibration, makes exposure assessment of a very large population over an extended time period feasible.

The Total Price is the Base Price plus estimated taxes and fees once a ZIP code is provided but is subject to change and may vary based on location of the Dealer and customer, inventory levels, vehicle features and available discounts and rebates. Additional products added to your deal will affect the final price.

All scheduled hours are identical for both Campus locations and include tutors that can work in MATH through 2202 (Calculus II). Please see the Subject Schedule tab for additional details in Chemistry, Physics, Engineering, Anatomy & Physiology, Biology, Statistics, and the Humanities and Social Sciences.

The Smart Location Database is a nationwide geographic data resource for measuring location efficiency. It includes more than 90 attributes summarizing characteristics such as housing density, diversity of land use, neighborhood design, destination accessibility, transit service, employment, and demographics. Most attributes are available for every census block group in the United States. EPA first released the Smart Location Database in 2011 and released version 2.0 in July 2013. Please review the Smart Location Database Technical Documentation and User Guide (PDF) (52pp, 2MB). for a full description of all available variables, data sources, data currency, and known limitations. ff782bc1db