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Database Distribution Strategy
Smart Homes, Inc. required a database distribution strategy for its exciting new home thermostat product. As part of initiatives to develop and establish this database, the firm has created its own Web-based system for registering, evaluation, and controlling a user's thermostat through a mobile computing device. The database design must support a smart thermostat registration system that would support some customer service processes. For instance, when a customer installs and powers on the smart thermostat, the device links to his/her home network and sends distinctive device and environment information to the Smart Home, Inc. system. Moreover, the database must support the collection of smart thermostat data like current temperature, energy usage, humidity, thermostat location, and user-programmed temperature schedule.
Distributed Database Infrastructure
This project is geared toward the development and implementation of a thermostat system that will facilitate many functions provided by Smart Homes, Inc. As part of achieving company objectives, it will not be a simple thermostat but a complex one in which users can connect to a local network through an Ethernet interface (Landoni, 2011). The thermostat will effectively support various functions such as energy usage, humidity, current temperature, thermostat location, and user-programmed temperature schedule. User-programmed temperature schedules will be measured at regular intervals through firmware and the state of the boiler.
The three major components of the distributed database are registration, monitoring, and controlling a user's thermostat through a mobile computing device. The user registration system contains various devices that enable users be registered using a single customer account and establish customer Smart Thermostat account. The account will provide them with System Identification Number and necessary units through which confidential personal customer information is transferred. The sensitive personal information will be kept private through the company's privacy policy. The...
For authentication purposes, the user's registration information will be uploaded every 12 hours as each device error is recorded and uploaded to promote product satisfaction and development.
Controlling a user's thermostat through a mobile computing system will be carried out in the remote connection system. In this case, customers or users will have the option to remotely control Smart Thermostat using their mobile devices. This process will involve provision of a visual representation of every process for the users to better understand the functionality of the system. Moreover, the control process will entail validating user information, providing connection between the user's mobile device and thermostat, and checking activity. If the validation processes, shows that customer or user information is invalid, the user will be automatically disconnection or no link will be established between mobile device and thermostat.
Implementing Distributed Database
This thermostat system for the company is a distributed system that comprises hardware and software components that are critical for the functionality of the system. Generally, a distributed database system consist hardware and software components that are not all linked to a common processing unit though it is controlled by a distributed database management system. These databases are commonly used for applications where data and access are intrinsically distributed (Bhargava, n.d.). For Smart Homes Inc., the implementation of this system requires performance of various steps including developing and implementing components that meet the minimum standards in relation to network and data security. This will be followed by establishing crucial links between marketing, operations, IT, and legal departments. Information technology should be aligned with the entire business operations and organizational departments. The company should also develop an organizational…
References:
Bhargava, B. (n.d.). Building Distributed Database Systems. Retrieved from Purdue University
website: https://www.cs.purdue.edu/homes/bb/cs542-06Spr-bb/building.pdf
Coy, S.P. (1996). Security Implications of the Choice of Distributed Database Management
System Model: Relational vs. Object-Oriented. Retrieved from National Institute of Standards and Technology website: http://csrc.nist.gov/nissc/1996/papers/NISSC96/paper072_073_074/SCO_.PDF
Landoni, B. (2011, May 4). Web Thermostat with Arduino. Retrieved September 14, 2014, from http://www.open-electronics.org/web-thermostat-with-arduino/2/
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