At smart homes, you can network all items in your home to create highly-efficient living environments. While in smart cities, you need to network things, entities, transportation lines, and many other big databases. The point expands outward from the home into an increase of automated and networked huge devices.
The communication among these devices allows for massive amounts of the domestic databases to be gathered and analyzed ultimately. A smart city powers its aggregate connected devices with massive data by collecting more information about its residents; population, names, ages, genders, interests, and much more. These databases will definitely help researchers analyze and understand vast and complex networks, among residents.
Transportation is considered one of the main problems that consume much time in any city. It is one of the most essential areas for innovation within the smart city; to provide autonomous vehicles. No doubt that most of the urban cities are getting smarter day by day. They are increasingly using the most recent information and communication technologies (ICT) to enrich and enhance their lifestyle. The rapid growth and expansion of using ICT result in a fundamental impact on the development of these smart cities and their mobility options.
Moreover, smart cities have innovative Parking Solution Systems, which optimize parking space usage in a smart and efficient way to allow better traffic flow. There are several companies around the world working on making smart parking systems sustainable to help the needs of different cities.
The importance of high performance computing in smart cities is highly noted during the last decade. It is already playing a key role in helping these cities endeavor objectives safely and more efficiently. By using different resources and mega databases to provide an overall better quality of life.
This is not everything, using supercomputers in smart cities can improve food safety inspections, optimize energy generation, emergency response, track the flow of goods and services, predict severe storms or traffic congestion, as well as, it can help identify children at risk for lead poisoning. Supercomputers are supporting the creation of breakthrough computational models to make all of this possible.
Aziz Supercomputer provides companies in KSA and MENA a high return on investment, as it has its own competitive advantage of solving most crucial supercomputing challenges in different domains. Thanks to the three efficient computer architectures we have which are the traditional Intel-based CPU nodes, the support of Intel Xeon-Phi accelerators, and the available nodes equipped with GPGPUs.
HPCC- Aziz Supercomputer offers a number of the essential and innovative solutions with many options. So, companies can easily optimize its performance and scale by tracking, demanding, modeling, simulation workloads, and safeguard against cyber threats, so they can build HPC models for their services and control their operations to innovate and expand into new markets. Click here to know more about HPCC- Aziz Supercomputing
Supercomputers can make a great difference, helping governments, and improve how cities are run. Here you will find some of the scopes supercomputers can effectively develop in Smart Cities:
Get Smarter Design and more Effective Planning
Supercomputers can make the best use of limited spaces, as city planners must make just the right decisions during the design and planning stage.
Supercomputers can analyze weather patterns and generate weather maps. Some supercomputers have the ability to produce one million weather maps per day.
High Performance Computing can predict transport ridership across the city; that’s how supercomputers can help in improving the deployment of passenger-carrying vehicles in the city and provide accurate feedback for urban planning.
Supercomputers can be used to run accurate simulations and build models that include big data on the various natural and man-made sources of air pollution in the city. That would help prevent it and improve the solutions.
In a nutshell, supercomputers touch almost every aspect of our lives; it could make weather forecasts more accurate, provide more precise therapies for cancer, and efficient fraud protection.