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Report on Smart City Services, Such a transportation, pollution management, and Disaster management

Category: Computer Sciences Paper Type: Report Writing Reference: N/A Words: 1700

Introduction Smart City Services

Smart City Services, Such a transportation, pollution management, and Disaster management

The Smart City is used for the serval years, through the number of the technology, where the company serves the description of the application of compound systems. For the urban infrastructure to integrate the operations as well as services, for example, transportation, management of pollution, along with the disaster managements. The description of the smart city is explained as,

·         By the use of the network infrastructure, as well as software systems, the real world urban data to be analyzed as well as collected.

·         By the supports of the interconnection of sensors, actuators, implements the solutions

For the Commercial objectives of the IoT, there is the remarkable growth of the digital devices, like the smartphone, sensors, and actuators. Based on the smart infrastructure the smart transportation is developed, that includes automated traffic signals, fare as well as toll collection not only the multi-nodal conveyances. The smart cities services offers various benefits, like the smart parking as well as the systems of vehicles locating along with the route of a diversion alerts .The smart transportation through the real-time as well as updated data , that handling the information of passengers , incidents of managements , along with the traffic signals plus the health monitoring vehicles (Novotný & et.al, 2014).

IoT Hardware of Smart City Services

The critical components for the IoT solution are the IoT Hardware. Components of the IoT hardware can vary form the low-power boards, as well as also have the single processors board same as the Arduino , that is basically below the smaller boards and plugged into the mainboard to enhance plus increase its functionality (TEAM, 2018).

Now, there are various building block of the IoT hardware, and we discuss the some IoT Hardware. 

IoT Hardware-Building Block

The most important, in the IoT hardware is the Sensors. There are various devices that consist of the variety of modules, for examples, RF modules, energy modules, plus the management modules along with the sensing modules.

Figure 2: IoT-hardware –Sensors

Now the IoT hardware for the smart cities, like for the pollution management, sensors are that hardware, which manufactures the measurable response for the amendment to exceedingly healthiness for the pollution. Through the sensors, the associate log signal is send that is digitalized through an analog to the digital devices along with the send controller for the several processing. We able to select the acceptable, because have the various kinds of the detector along with the appropriate sensor that is relying.

Sensors of Smart City Services

There are following sensors that are applied for the management of the pollutions;

·         The first sensor is CO sensors, which sense the gas as well as it communicates the information by the microcontroller (Saha & et.al, 2017).

·         The second sensor is N sensors, this is the chemical element sensors, which sense a gas along with communicate an information by the microcontroller  

·         For the pollution management as well as the disaster management the second sensor is Smoke sensors, that sense the smoke gas, along with the communicate by the microcontroller

·         And the last sensors is the temperature detector, that sense the temperature plus communicate the information through the microcontroller

Figure 3; Sensors data Abstraction Model

Microcontroller of Smart City Services

The Microcontroller, like the ARM, which processes the knowledge that perform the management as well as task, practically by the different components during a detector node. One of the ARM processes, that is based on mostly of the microcontroller which run on the load-store to reduce the instructor set for the architecture by the register of 32-bit plus the stuck length of the op-code.4GB memory address, is provided by the designed (Sowe & et.al, 2014)

IoT software of Smart City Services

The IOT software are includes as the various soft wares and programming languages which is commonly used for the IoT works and programming languages which are commonly used by the programmer. First of all due to the embedded system it have less processing power and storage. The needs of their languages are commonly different. Few of the operating system which are commonly sued for this embedded system re known as; OSs like Ubuntu Core or Android and Linux or UNIX-like.

The IoT software includes as the very wide rages of the software as well as the programming languages according to general purposes of the language like as java and C++ for embedded particular choices such as   Parasail and Google’s Go language.

Overview of IoT Software in Smart City Services

C & C++: 

The roots of the C programming languages has been founded in the embedded system. It have taken its start from the programming of the switches of the telephone. It can be used by every programmer at everywhere and it is considered as the one of the global products.  The objects oriented version of the C language is known as the C++ and it popular for the languages of the android and Linux OS which are embedded on IoT software system. These all languages are decided for the system of the hard ware which makes the all of the function easy to use.

Java in Smart City Services

Although the C++ and C are considered as the hardware specific and the code of the Java is referred as the more portable. It is considered as to write in one language and then it read anywhere at where the libraries are required to install.  By using this software the time will be invest one time for writing the codes and then it can use for multiple purposes.

IoT Cloud Services & Resources of Smart City Services

The internet of things is refer as the devices which are connected with the internet and it can be used to performing the services and processes which is required to supporting our way of life. For succeeding the IoT another components is selected as the cloud computing which is performing the sort of front end.

Role of Cloud Computing in IoT Smart City Services

There is complimentary relationship among the   IoT and cloud computing. The massive amounts of the data is generated by the IoT meanwhile the cloud computing is used to offering the various path ways for traveling the data toward its particular destination.  Than it used to increasing the efficiency of the work.  To thinking about the capacity of the infra-structure is not required in this process. The agility and speed can easily increase by the cloud computing o0f any software. The resources becomes available for the developers. It is also used saving the cost for deploying the applications as well as for operating the data centers.

Due to the rapid growth of the cloud based services for the several devices it becomes the witness of the growth for computing and storage services to supporting the several devices. The communications networks must be upgrades and it includes the higher speeds of the cellular system which is considerd as the rival pace for the home networks (ESDS, 2018).

Figure 1: Architecture for smart city

IoT data Management of Smart City Services

The data management is necessary ion any field for the IoT devoices to managing the data is particular.  To managing the data is refer to executing and developing the procedures, architectures and policies which are required to meet the complete life cycle of the  data. It is used to posing the unique challenges. The below given figure is showing the infrastructure of the smart city as it is intended by the smart cities. The data is provided by the various sensors in to the platforms of the data as well as the actuators for the city for receiving the actuation commands to the several platforms. The interfaces are offered by the platforms for the services of the various kinds just like as control and metering of energ7y consumption. It includes traffic in city and transportation links (Bohli, 2015).    


Figure 2: Visualization of smart city infrastructure

Scalability and Agility of Smart City Services

Good data management of the IoT devices are includes as the IoT data traffic and the sheer size of the company is also includes in this. Its immediacy makes this Data Management issue most pressing.

IoT Security & privacy Challenges of Smart City Services

The huge parts of the city infrastructure are controlling and monitoring by the platform smart city which is required to introducing the new threats and their related securities. These all securities will be protect to citizens by providing the privacy from the threats to the city's infrastructure. For protecting the smart cities and their infrastructure the basic rules for the information security are; availability, integrity and confidentiality. It requires to be protected the smart cities from several aspects.

·         To protect the privacy of citizens it requires confidentiality and it needs for protecting the valuable information of stakeholders in the city.

·         The data is protected by the integrity against the modifications which can leads towards the harmful decision.  It is also used to confirming the request of the authenticity for avoiding the unauthorized changes in the smart cities (Bohli, 2015).  

 Challenges & Limitations of Smart City Services

For the implementation of the smart cities, based on the IoT, there are few challenges;

·         Security

·         Reliability

·         Heterogeneity

·         Large Scale

·         Legal and Social Aspects

·         Big Data

·         Sensor Network

·         DR barriers   

Security for the implementation of Smart cities

In the several platform of IoT, when complete information is evaluated as well as gathers, and then the system might be confront the great attacks for examples, cross site scripting as well as the side channel. The security problem is created, through the multi-tenancy, and its results is the data leakage. Then the cities is adopted the proper measures for the ensures of the privacy as well as security. Against the cyber-attack, all the system must be resistant, and it is particularly has the critical infrastructure as the smart meter. For the successful implementation of the IoT, the smart cities place the security. In the below figure there are some aspects of the security of IoT; 

Figure: Security Aspect in IoT

Reliability of Smart City Services

The smart city that is based on the IoT, have server reliability problem. For example regarding to transportation, like car, the interconnection of mobility among them is not the reliable. There is the huge technologies reading to the pollution managements, also lead the some reliability challenges (Talari & et.al, 2017).

DR Barriers of Smart City Services

The contribution for the responsive demand in systems, then the IoT is able to assist this. In the DR programs, there are still barriers that could restrict the participations. In the below figure, these barriers could categories into three key set 

 Figure: DR Barriers 

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