#Enroute 4 refresh toolpaths manual#
#Enroute 4 refresh toolpaths Pc#

It does not contain virtual map: instead, the dynamically updated route stop/bus list will adjust itself to fit the width of the screen (see sample screenshot below):įig. Second 'mobile' web page is adapted for compact mobile devices with screen resolution less than 1024圆00. NY City real-time bus map: tracking route M1 and displaying POI nearby (big screen demosnapshot) User can select many popular POI item from drop-down list or just type in the search text box and click on search button.įig 1b. Pushpins are dynamically added to the map pointing to selected item 'caffe' locations nearby. Thie bus map to the right of the screen implements 'Find Point of Interest' feature shown in following demo screenshot (Fig 1a). NY City real-time bus map web app tracking popular M1 bus route (big screen demo snapshot) Click on either the links above, or the following demo screenshot images to open the web page and start real-time tracking any of 316 MTA Bus Routes (made of 15,358 Bus Stops) existing in the New York City.įig 1a. Sample screenshot images are shown in the following Fig 1 and Fig 2, corresponding to the popular M1 bus route in Manhattan, NY City. Compact form-factor devices w/resolution Big-screen devices w/resolution >1024圆00 (Tablet/Notebook/Desktop PC): link.It contains two different web pages specifically adapted for the following form-factors: Demoįully-operational prototype of this web app has been developed/deployed to Azure cloud and is currently available for testing/evaluation. Thus, just couple extra minutes of wait time may transform into the huge advantage of comfortably seating for the entire bus trip. one closely following the other(s), then skip the first one (which most likely will come well-packed) and wait for the secdond one, which may arrive almost empty with plenty of seats available. 'Wait for the Second Bus' DrABELL (the Author) rule: If you see on the screen next two (or more) buses 'coming in bunches', i.e. Useful tips for New York City commuters using this app Win app will potentially provide much wider coverage in terms of its static/dynamic data feeds and mass-transportation vehicle types, like: NY MTA Subway, LIRR and MNR (refer to another contest submission article containing a demo app).

#Enroute 4 refresh toolpaths Pc#

This web app is accompanied by 'Perpetuum-M' Windows counterpart application capable of running on any PC hardware platform equipped with Win 7/8. FireFox, Chrome, Safari or Opera (note: certain compatibility issues exist while running on IE). Web application is capable of running on any computer hardware platform within major web browser, i.e.

Also, this web app could be of interest to the variety of businesses headquartered in the New York City. NY City governmental agencies and some infrastructure services may utilize the capabilities provided by this solution. Individual commuters are expected to form a major and rather substantial User group. This particular web app is customized for a specific purpose of real-time MTA NY Bus monitoring, but its core solutions can be applied to other mass-transit domains, like: NY MTA Subway, LIRR and MNR. Proposed solution is addressing rather important use-case of high socio-economic significance, providing valuable data service to mass-transit comutters in the NY City. Broader impactĭaily ridership pertinent to Metropolitan Transportation Authority (MTA) in New York City exceeds 10 million (almost 2x the entire population of Norway). It can be categorized as a real-time 'SCADA over Internet' distributed system with primary focus on monitoring (supervisory) and data acquisition functionality. This IoT solution utilizes novell capabilities of real-time mass transit data feeds (GTFS, SIRI, OBA ) and technical-enabling vectors of Microsoft Azure cloud services.

Aesthetically-rich and intuitive UI implements a set of innovative styling solutions (HTML5/CSS3) adapted for high-end mobile devices with big screen size/high resolution, and for compact form-factor devices with small-screen size, like smartphones.

#Enroute 4 refresh toolpaths manual#

It can operate in either auto-update or manual modes. Web app allows continious real-time MTA bus monitoring via dynamically updated UI comprised of two data visualization controls: bus stop list showing vehicles status and interactive bus map showing the bus route with accurate vehicles locations. It allows real-time tracking of any of 316 MTA bus routes on any mobile or stationary Internet-enabled computer hardware platform (OS independent). The article describes 'IoT on Azure' real-time bus tracking web application 'enRoute' (hereinafter - web app) intended primarily for New York City commuters and respective MTA Agencies.