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[eLoc by MapmyIndia is the Aadhar of Addresses A Digital Address is necessary for a Digital India!]
MapmyIndia, India’s leader in premium-quality digital maps, GPS navigation, GPS tracking, location-based apps and GIS solutions, today announced the release of MapmyIndia eLoc, India’s first Nationwide Digital Address. This powerful innovation, packaged as a simple and easy-to-use digital address, will transform historical addresses and disrupt traditional mapping and navigation services, bringing immense convenience to individuals and significant benefits to businesses and governments across India.
(Image Source : http://www.mapmyindia.com/eloc/)
eLoc will help Indian travelers and commuters search, share and navigate to destinations’ exact doorstep far more easily and quickly. It will also reduce time, money, fuel wastage and expenses for businesses in the e-commerce, transportation, logistics and field operations domains. Finally, governance at all levels, across urban and rural levels, will be empowered with much more productivity and transparency when it comes to civic amenities delivery such as electricity, water, gas as well as property tax administration and tax evasion detection.
What is eLoc?
eLoc by MapmyIndia is simply put, the Aadhaar of addresses. eLoc of any place, be it a building/flat/office/business/city/village/locality/road and so on, is a short, 6 character code (for e.g. 8GDTYX, or MMI000), which is easy to remember, share, type and provide.Behind the convenience and simplicity of eLoclies the huge power of India’s most comprehensive, accurate and precise door-step level, 3D, digital map database and turn-by-turn navigation solution built by MapmyIndia. Hence, the power of eLoc is such that when a person, business or official searches for a place by entering its eLoc, they can see the precise map location of that place, get turn-by-turn directions to the exact entrance doorstep of that place, and also see information about that place besides its location, such as reviews, photos and other information provided by the place’s owner, businesses and governments. More information on what is an eLoc, how it works, and how one can access, use and share a place’s eloc is available at http://www.mapmyindia.com/eloc
MapmyIndia has privately invested over 200 crores over the last 20+ years in advanced mapping technologies and professional field surveys to create India’s most comprehensive digital address database, as a result of which over 2 crore and counting eLocs, across all 7000+ urban towns and 6+ lakh villages in rural India, are already readily available for individual, business and government users to use instantly, for free. This nulls the need for significant future investment by public and private entities in creation of a digital map and address database. For new places that come up, or those that change or shut, or those missing in MapmyIndia’s database, users can add them by visiting http://maps.mapmyindia.com on their browser or by using the MapmyIndia mobile app across Android, iOS and Windows platforms, and MapmyIndia will continue to professionally verify and validate those contributions.
Those interested in learning more about eLoc by MapmyIndia, checking the eLoc of places they care about like their home, office, or other destinations they need to visit, as well as those interested in partnering with MapmyIndia to bring the benefits of eLoc to everyone, should visit http://www.mapmyindia.com/eloc
The Union Minister for Science & Technology and Earth Sciences Dr. Harsh Vardhan released the Special Edition of “Atlas for Visually Impaired (India)” in English Braille today in New Delhi. This Braille Atlas has been prepared by National Atlas and Thematic Mapping Organisation (NATMO) under Department of Science & Technology.
(Image Source : Google)
The Minister expressed happiness at the production of these Atlases. He said these atlases will be distributed to various schools across the country for educating the students with visual challenges.
Dr. Harsh Vardhan said that all departments of Government will work to implement this. Efforts are being made to make these atlases more cost effective than the current price of Rs.600/- per atlas with 20 maps now. Silk screen printing used to prepare these atlases is unique to India, he added.
In the Braille Atlas, maps are raised and embossed with simple lines and point symbols to facilitate its users to realize the location and area coverage easily distinguishable in terms of shapes and textures. The legend and reference is placed on the map in Braille script to navigate the map. About 20 maps on different themes of physical, socio-economic and cultural aspects such as river system, natural vegetation, Metropolitan cities, Roads and Railways, Food crops and cash crops have been incorporated in the atlas with write-ups on every map as ready reference. This Atlas has been bestowed with National award for S&T intervention in empowering the physically challenged by the Prime Minister on 3rd January, 2017 in Indian Science Congress held in Tirupati.
NATMO has recently walked ahead to prepare Braille atlases for visually impaired persons. NATMO’s long effort from metallic tactile maps to silk-screen printing technology to prepare a full volume of atlas is perhaps unique in the World. NATMO’s aim is to transmit scientific information in the form of maps and atlases in a cost-effective manner, as more than 50 lakh visually challenged citizens of our country are mainly from low-income group. Till date their knowledge is constrained within books and literatures. Enriched with this experience, they will be able to understand the Indian geographical contours and will be empowered with wealth of knowledge.
National Atlas and Thematic Mapping Organisation (NATMO) is the premier agency of applied Geo-Spatial technology and pioneer in Thematic Mapping and Atlas Cartography under Department of Science & Technology(Ministry of Science & Technology) engaged in preparing different thematic maps and atlases and other documents on national, state, district, block level and many other monograms. The contribution made by NATMO in developing the thematic maps/ data is being regularly used by the decision makers in the entire country at districts and sub-divisions levels for implementing the developmental schemes as well as by the researchers, students and common people.
Member nations of the five-nation group BRICS have agreed to share spatial data on natural resources from their remote-sensing satellites.
The move is geared towards making optimal use of space assets. According to Indian Space Research Organisation (ISRO) officials the nations will be exchanging data, including images of natural resources. Though only four of them – Brazil, Russia, India and China have remote-sensing satellites in the sun-synchronous orbit, they will give data to South Africa (SA) as it does not have a satellite of its own. Top space officials of BRICS met at the United Nations Committee on the Peaceful Uses of Outer Space Scientific and Technical Subcommittee’s 54th session at Vienna in Austria from January 30 to February 10.
Through this particular agreement, BRICS will be able to share the resources and bring developing nations under the umbrella of space, opening possibilities of using excess capacities in the satellites. As the BRIC satellites spin around the earth in lower orbit, capturing enormous data on the planet and its resources in each country, they will share it in real time for mutual benefit.
India plans to use its Resourcesat-2A, launched on December 7 from its spaceport Sriharikota in Andhra Pradesh, as part of its earth observation satellite for remote sensing data services to global users.
Going forward, the space agencies of the BRICS nations plan to share similar data for tele-education, tele-medicine and a host of societal applications, utilising the excess capacity of their respective satellites for their mutual benefit.
The government has warned domestic airlines of `consequences’ if they did not adopt the Rs 774 crore GPS-Aided Geo Augmented Navigation system. The warning came during a meeting called by the DGCA earlier this week with all stakeholders, including the airlines, who have not availed of the system even 18 months after its launch.Jointly developed by Indian Space Research Organisation (ISRO) and Airports Authority of India (AAI), at an investment of Rs 774 crore, the GAGAN system was officially launched by Civil Aviation Minister Ashok Gajapathi Raju in July last year. It is said to make airline operations more efficient and cut down costs as it reduces the separation between aircraft, increases air safety and fuel efficiency. The National Civil Aviation Policy, announced by the government in June, makes it mandatory for all aircraft registered in India from January 1, 2019 to be GAGAN-enabled.
A notice issued by the DGCA dated December 19 stated that most aircraft registered in India are still not equipped with this technology. “This assumes significance as many airlines and operators have placed orders for many more aircraft which may not be equipped with necessary airborne equipment and thus not be GAGANcompliant,” DGCA director general B S Bhullar said. (Image Source: http://indiandefence.com/threads/irnss-and-gagan-explained.6981/)
However, in order for the domestic airlines to availing of the GAGAN system, they would have to make their aircraft GAGAN-compliant, which would entail a huge investment on their part. A DGCA source said that while smaller aircraft like ATRs and Bombardiers which are currently in the Indian carriers’ fleet are already equipped with the GAGAN system, bigger planes such as the Airbus A320, A330, Boeing 737, B777 and B 787s, among others, need to be retrofitted. Eight major domestic carriers – Air India, Air India Express, Jet Airways, JetLite, IndiGo, SpiceJet, GoAir, Vistara and AirAsia – have a total of 427 such planes currently in service.
“An airline will have to shell out as much as Rs 1-2 crore per aircraft to install the GAGAN system. Going by the number of planes that need to be retrofitted, the minimum investment will be at least Rs 400 crore,” the source said.
According to an ISRO spokesperson, GAGAN’s GEO footprint extends from Africa to Australia and has expansion capability for seamless navigation services across the region. “GAGAN provides the additional accuracy, availability, and integrity necessary for all phases of flight, from en route through approach for all qualified airports,” the spokesperson said.
The system is inter-operable with other international satellite based tracking systems such as the WAAS (US), EGNOS (Europe) and MSAD (Japan).
The new three-dimensional map of Earth has been completed. Mountain peaks and valley floors across the globe can now be seen with an accuracy of just one metre. The global elevation model was created as part of the TanDEM-X satellite mission; it offers unprecedented accuracy compared with other global datasets and is based on a uniform database. The approximately 150 million square kilometres of land surface were scanned from space by radar sensors. “TanDEM-X has opened up a whole new chapter in the field of remote sensing. The use of radar technology based on two satellites orbiting in close formation is still unique and was key to the high-precision remapping of Earth. In this way, DLR has demonstrated its pioneering role and satisfied the prerequisites for the next major development step in satellite-based Earth observation – the Tandem-L radar mission,” says Pascale Ehrenfreund, Chair of the Executive Board of the German Aerospace Center (Deutsches Zentrum für Luft- und Raumfahrt; DLR).
(The first TanDEM-X mosaic of Iceland. Credit: DLR)
The quality of the global elevation model has surpassed all expectations. Exceeding the required 10-metre accuracy, the topographic map has an elevation accuracy of a single metre. This is a result of excellent system calibration. The distance between the two satellites in formation flight, for example, is determined with millimetre precision. The global coverage achieved by TanDEM-X is also unparalleled – all land surfaces were scanned multiple times and the data was then processed to create elevation models. In this process, DLR’s remote sensing specialists created a digital world map consisting of more than 450,000 individual models with pixel by pixel height detail – creating a special kind of three-dimensional mosaic.
TerraSAR-X and TanDEM-X have long exceeded their specified service lives and continue operating faultlessly and in such an efficient way that they still have enough propellant for several more years. Completion of the 3D world map does not signify the end of the mission. Due to the special nature of the formation flight, further scientific experiments are scheduled. Moreira points out: “Earth as a system is highly dynamic, which is also reflected in its topography. Through frequent updates, we could capture such dynamic processes systematically in the future. This is the primary goal of the Tandem-L mission that we have proposed.” (Image Comparing the Shuttle Radar Topography Mission (SRTM) elevation model from 2000 and the data acquired by TanDEM-X over the opencast lignite mine at Hambach, near the German town of Jülich, the improved accuracy is impressively demonstrated. In addition, the changes over the past 10 years can be seen – the mining activity has progressed considerably.)
New Synthetic Aperture Radar (SAR) methods will enable diverse data for exploration of the global ecosystem to be provided within short periods of time. The Tandem-L successor mission could provide a current elevation image of Earth’s entire landmass every eight days and thereby capture dynamic processes in a timely manner. This would also make it possible to contribute to the review of international climate and environmental agreements. New radar methods and innovative missions such as Tandem-L are set to contribute to gaining a better understanding of dynamic processes in order to protect and preserve Earth Completion of the TanDEM-X global elevation model has now paved the way for the next dimension of radar remote sensing.
About the mission
TanDEM-X is being implemented on behalf of DLR using funds from the Federal Ministry for Economic Affairs and Energy (Bundesministerium für Wirtschaft und Energie). It is a Public Private Partnership (PPP) project operated in conjunction with Airbus Defence and Space. DLR is responsible for providing TanDEM-X data to the scientific community, mission planning and implementation, radar operation and calibration, control of the two satellites, and generation of the digital elevation model. To this end, DLR has developed the necessary ground-based facilities. The DLR Microwaves and Radar Institute, the DLR Earth Observation Center and the DLR Space Operations Facility in Oberpfaffenhofen are participating in the development and operation of the ground segment of TerraSAR-X and TanDEM-X. Scientific coordination is the responsibility of the DLR Microwaves and Radar Institute. Airbus Defence and Space built the satellites and is sharing the development and operating costs. The company is also responsible for the commercial marketing of the TanDEM-X data.
Every year Bihar is deluged by floods that submerge roads, destroy homes and wash away crops, leaving the disaster management authority struggling to monitor and assess the damage, and to distribute aid effectively. But new satellite mapping of flood-prone areas should transform disaster response by equipping authorities with near real-time information about inundated villages, officials said.
Bihar, which borders the Himalayan nation of Nepal, is India’s most flood-prone state. More than 70 percent of its total geographical area is at risk of annual floods, which put lives at risk and lead to heavy financial losses.
A major challenge for the Bihar state disaster management authority (BSDMA) has been mapping and monitoring flood-hit areas, according to the International Centre for Integrated Mountain Development (ICIMOD), which works to promote development across the Hindu Kush Himalayas.
(Flood-affected villagers use temporary rafts as they navigate through the floodwaters of river Ganges and move to safer grounds, after heavy rains at Patna district in Bihar August 29, 2013. Credit: REUTERS)
Since floods started in the state last month, more than 200 people have died and more than 300,000 have been forced from their homes, disaster officials said. ICOMOD has helped generate innovative flood mapping for 33 districts in Bihar and an online flood information system that is allowing faster response to a crisis, quicker damage assessment, and better risk management than with conventional methods, said officials from ICIMOD, based in Kathmandu.
“Traditionally, field teams are organised and dispatched to flooded areas to map floods. This can be time-consuming and operationally difficult during a flooding event,” Shahriar M. Wahid, a senior ICIMOD hydrologist, told the Thomson Reuters Foundation via email.
While “satellite-sourced flood maps alone cannot provide early warning to (the) at-risk population”, he said, satellite data, in combination with flood simulations, can do this. If flash floods triggered by torrential rain occur in Nepal, Bihar’s residents can expect to see inundations about eight hours later, according to data from the BSDMA. Wahid said the new flood maps will be most useful for the distribution of relief, assessment of damages and to determine crop insurance payouts, among other benefits.
The project uses satellite technology that penetrates cloud cover, unlike optics-based satellite imagery. This is useful in the Himalayan region where monsoons bring thick clouds. Flood maps can be generated within five to six hours after raw satellite data is received. The floods are circulated to government officials and relief agencies through a satellite communication network. Space satellite technology is often touted by disaster relief experts as an important tool in managing the growing number of climate-linked disasters around the world. But the cost of such technology for developing countries, even fast-growing ones like India, can be a challenge.
Satellite maps can also aid prevention because they act as a template for years to come, recording rainfall patterns and data from the water department, among other factors, ICIMOD said.
Chairman, ISRO and Secretary, Department of Space has released first year of MOM Long-term archive data (Sept 24, 2014 to Sept 23, 2015) to public.
India’s Mars Orbiter Mission (MOM) has successfully completed its designed life of 6 months on 24 March 2015 and accomplished its planned mission objectives.MOM is continuing to function normally and is completing two years around Mars on September 24, 2016. At present MOM and all its scientific payloads are in good health and it continues to provide valuable data of Mars surface and its atmosphere.
Mars Orbiter Mission is ISRO’s first interplanetary mission and is orbiting around Mars in an elliptical orbit of about 343 km x 71191 km as on 16th September 2016. Mars Orbiter Mission (MOM) is a complex technological mission considering the critical mission operations and stringent requirements on propulsion, communications and other bus systems of the spacecraft.
MOM carries a suite of five scientific payloads with a total mass of about 14 kg. The three payloads which have been designed, developed and delivered by Space Applications Centre are:
1. Mars Colour Camera (MCC)
2. Methane Sensor for Mars (MSM)
3. Thermal Infra-Red Imaging Spectrometer (TIS)
4. The Mars Exospheric Neutral Composition Analyzer (MENCA)
5. The Lyman-Alpha Photometer (LAP)
Snapshots from the portal:
Fig-1. Typical coverage data points MCC , TIS, MSM over Mars (Credit: ISRO)
Fig.-2. MSM Coverages
Online MOM data sets archive
The MOM archive will contain instrument raw data, derived or merged (wherever applicable) apart from spacecraft and instrument ancillary or housekeeping data. The MOM data sets are disseminated through an online archive, where the data are delivered electronically. A data set will include the instrument data as well as the ancillary data, software, and necessary documentation that support the use of these data products. In general, the data products from different instruments are contained in separate data sets. Data sets may include data products from one or separate data sets.
Acknowledge the source of data, funding etc.
Researchers and common public who is downloading the Mars Orbiter Mission data sets, are required to acknowledge the ISRO for data, funding (if granted) and the research writeups taken from the archive.
1. When publishing a paper using the Mars Orbiter Mission data, please
a) mention on “Mars Orbiter Mission (MOM)” in abstract and
b) include the following statement in acknowledgment –
“We acknowledge the use of data from the Mars Orbiter Mission (MOM), first inter-planetary mission of the Indian Space Research Organisation (ISRO), archived at the Indian Space Science Data Centre (ISSDC)”
2. If you are using the results of Mars Orbiter Mission which are already published and carrying out further interpretation or modeling, please include the following statement in acknowledgment –
“The research is based partially / to a significant extent (whichever is applicable) on the results obtained from the Mars Orbiter Mission (MOM), first inter-planetary mission of the Indian Space Research Organisation (ISRO), archived at the Indian Space Science Data Centre (ISSDC)”