Advanced Career Opportunities in Geographic Info.System (GIS)
Live Demo and hands-on Training to AI and ML in Advanced Digital Mapping Technology
What you'll learn
New Utility of Artificial Intelligence in Advanced Mapping
Hands on Training in Advanced Mapping
Live Demo of Data Science in Mapping
New mapping softwares
Requirements
Digital Mapping
Google Earth
Description
THE COURSE IS PROVIDING THE ADVANCED CAREER OPPORTUNITIES IN GEOGRAPHIC INFORMATION SYSTEM.
Course contents will be updated on regular basis.Simplified Education should reach to all corners of the world, is our prime objective.
This course is specially developed for Computer savvy people who are keen interested in playing and experimenting with huge data. Arranging and classifying the data sequentially also reviewing the data for required output.
A great opportunity is waiting for you such people. Since the demand for data scientists has increased drastically and Digital mapping data is used everywhere in everything therefore a smart work was in demand such as utility of Artificial Intelligence and machine learning in Advanced Digital Mapping, This technology mostly works on cloud computing hence, the experts are in demand. This course will provide you brief introduction to applications of data science, programming, deep learning in Advanced digital mapping technology.
What ArcGIS is a geographical information system (GIS) software that allows handling and analysing geographic information by visualising geographical statistics through layer building maps like climate data or trade flows. It’s used by a whole host of academic institutions and departments, both in the humanities and sciences, to develop and illustrate groundbreaking research. Further, it is used by several governments and private/commercial institutions worldwide.
The system has the capacity to create geographical information accessible throughout a company, institution, privately or publicly on the internet. Therefore, the software essentially works as a platform whereby geographical information can be linked, shared and analysed.
How Does it Work?
Like many GIS software, ArcGIS creates maps that require categories organised as layers. Each layer is registered spatially so that when they’re overlaid one on top of another, the program lines them up properly to create a complex data map. The base layer is almost always a geographical map, pulled out of a range of sources depending upon the visualisation needed (satellite, road map, etc). This program has a lot of them available to users and also contains live feed layers including traffic details.
The first three layers are called feature or vector layers, each containing individual functions distinguished through the platform. These are:
points (like landmarks, buildings)
lines (like roads and other 1D schemata)
polygons (like political information and geographical census, called 2D data)
raster images (a base vector layer like an aerial picture)
Data can be correlated with at least one of these spatial layers and can be both mapped and analysed, be it through features like demographic changes, or via data tables.
However, what sets this method apart from its competitors is the complex platform through this mapping and data can be performed. Therefore, it’s a vast-reaching program subject to the latest improvements and updates. It is currently available on Microsoft Windows desktops, although the online program is accessible on many operating systems. As it operates as a platform, users should not wade through pages of information and data; resources are available to decrease and extract specific information from much bigger geographical datasets. In sum, it’s a one-stop solution to data management and analysis as filtered through map construction. Anyone with a basic computer proficiency and an interest in map-making can learn ArcGIS in just 2 weeks.
Complex Graphics and Data
It allows you to create stunning visual maps and models rapidly, such as three-dimensional renderings and population flow maps. Using a drag-and-drop function, spreadsheets of data could be loaded immediately on the cloud and visualized. There’s also a good mapping tool that suggests the best styles, classifications, and colors to fit your data.
Imagery is offered in high-resolution, obtained from both the recent and historic sources worldwide, allowing for the building of historical maps as well as recent demographic data and information observations. Surface phenomena, like elevation, temperature, rainfall and so on, can also be fully integrated into such visual maps and models with amazing tools for surface analysis.
Where is it Used?
As an industry-leading platform, the package of applications and tools central to this program is used by a majority of companies, institutions, and departments dealing with geographical information analysis. Yet the ease of its interface has also seen its worth jump in media and journalistic use as well.
ArcGIS comes with a strong reputation and history. This simple fact makes it to a staple piece of software for different companies dealing in geographical information systems. In particular, it’s used by state and local governments across the world, including in the USA.
Types of Software
This software comes in many different incarnations, in the standard desktop package to some completely web-based program. The desktop package includes the base package to publish and manage information and data, also giving access to the online and “Enterprise” options. The online version includes lots of functions needed to make web apps and web maps using geographical information. There is a gallery of base maps and styles to select from and also a whole host of data piles to visualise.
All these topics explained in this course...
Hence, we request to all the technical students to get advantage of this course.
Do subscribe for the other courses offered by Global Education Foundation.
Who this course is for:
Data Scientists
Artificial Intelligence students
Machine learning Students
GIS Specialists
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English | Duration: 11 lectures (2 hour, 5 mins) | Size: 1.58 GB
Download
*
Live Demo and hands-on Training to AI and ML in Advanced Digital Mapping Technology
What you'll learn
New Utility of Artificial Intelligence in Advanced Mapping
Hands on Training in Advanced Mapping
Live Demo of Data Science in Mapping
New mapping softwares
Requirements
Digital Mapping
Google Earth
Description
THE COURSE IS PROVIDING THE ADVANCED CAREER OPPORTUNITIES IN GEOGRAPHIC INFORMATION SYSTEM.
Course contents will be updated on regular basis.Simplified Education should reach to all corners of the world, is our prime objective.
This course is specially developed for Computer savvy people who are keen interested in playing and experimenting with huge data. Arranging and classifying the data sequentially also reviewing the data for required output.
A great opportunity is waiting for you such people. Since the demand for data scientists has increased drastically and Digital mapping data is used everywhere in everything therefore a smart work was in demand such as utility of Artificial Intelligence and machine learning in Advanced Digital Mapping, This technology mostly works on cloud computing hence, the experts are in demand. This course will provide you brief introduction to applications of data science, programming, deep learning in Advanced digital mapping technology.
What ArcGIS is a geographical information system (GIS) software that allows handling and analysing geographic information by visualising geographical statistics through layer building maps like climate data or trade flows. It’s used by a whole host of academic institutions and departments, both in the humanities and sciences, to develop and illustrate groundbreaking research. Further, it is used by several governments and private/commercial institutions worldwide.
The system has the capacity to create geographical information accessible throughout a company, institution, privately or publicly on the internet. Therefore, the software essentially works as a platform whereby geographical information can be linked, shared and analysed.
How Does it Work?
Like many GIS software, ArcGIS creates maps that require categories organised as layers. Each layer is registered spatially so that when they’re overlaid one on top of another, the program lines them up properly to create a complex data map. The base layer is almost always a geographical map, pulled out of a range of sources depending upon the visualisation needed (satellite, road map, etc). This program has a lot of them available to users and also contains live feed layers including traffic details.
The first three layers are called feature or vector layers, each containing individual functions distinguished through the platform. These are:
points (like landmarks, buildings)
lines (like roads and other 1D schemata)
polygons (like political information and geographical census, called 2D data)
raster images (a base vector layer like an aerial picture)
Data can be correlated with at least one of these spatial layers and can be both mapped and analysed, be it through features like demographic changes, or via data tables.
However, what sets this method apart from its competitors is the complex platform through this mapping and data can be performed. Therefore, it’s a vast-reaching program subject to the latest improvements and updates. It is currently available on Microsoft Windows desktops, although the online program is accessible on many operating systems. As it operates as a platform, users should not wade through pages of information and data; resources are available to decrease and extract specific information from much bigger geographical datasets. In sum, it’s a one-stop solution to data management and analysis as filtered through map construction. Anyone with a basic computer proficiency and an interest in map-making can learn ArcGIS in just 2 weeks.
Complex Graphics and Data
It allows you to create stunning visual maps and models rapidly, such as three-dimensional renderings and population flow maps. Using a drag-and-drop function, spreadsheets of data could be loaded immediately on the cloud and visualized. There’s also a good mapping tool that suggests the best styles, classifications, and colors to fit your data.
Imagery is offered in high-resolution, obtained from both the recent and historic sources worldwide, allowing for the building of historical maps as well as recent demographic data and information observations. Surface phenomena, like elevation, temperature, rainfall and so on, can also be fully integrated into such visual maps and models with amazing tools for surface analysis.
Where is it Used?
As an industry-leading platform, the package of applications and tools central to this program is used by a majority of companies, institutions, and departments dealing with geographical information analysis. Yet the ease of its interface has also seen its worth jump in media and journalistic use as well.
ArcGIS comes with a strong reputation and history. This simple fact makes it to a staple piece of software for different companies dealing in geographical information systems. In particular, it’s used by state and local governments across the world, including in the USA.
Types of Software
This software comes in many different incarnations, in the standard desktop package to some completely web-based program. The desktop package includes the base package to publish and manage information and data, also giving access to the online and “Enterprise” options. The online version includes lots of functions needed to make web apps and web maps using geographical information. There is a gallery of base maps and styles to select from and also a whole host of data piles to visualise.
All these topics explained in this course...
Hence, we request to all the technical students to get advantage of this course.
Do subscribe for the other courses offered by Global Education Foundation.
Who this course is for:
Data Scientists
Artificial Intelligence students
Machine learning Students
GIS Specialists
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English | Duration: 11 lectures (2 hour, 5 mins) | Size: 1.58 GB
Download
*