Assignment 10

• Alert generation in case of above-threshold pollutants in the air.
• Scheduling harvesting and arranging proper transfer of harvests to warehouses or markets. 
• Both the above 
• None of these

• Integration of different radio specifications. 
• Integration of various software platforms.
• Integration of varying hardware platforms and specifications. 
• All of these

• LAN
• WiFi
• UPnP
• DLNA

• Fast depleting natural resources
• Rapidly growing urban population 
• Changes in environment and climate 
• All of the above

• Auto alert generation during crashes. 
• Assistance to drivers during bad weather or low-visibility. 
• Detection of bad driving patterns or driving under the influence of substances. 
• All of the above

• Individual and informed consent required for using humans as data sources.
• Services based on user provided information may be subject to local or international laws. 
• Both a and b 
• None of these

• Combines information from multiple sensor sources. 
• Inferences drawn from multiple sensor type data is qualitatively superior to single sensor type data.
• Enhances the ability of decision making systems to include a multitude of variables prior to arriving at a decision.
• All of the above

• Environment 
• Sensitivity of the harvesting circuit 
• Distance between the device and source 
• All of the above

• Low-speed and low data rate. 
• Low speed and high data rate 
• High speed and low data rate 
• High speed and high data rate

• United Plug and Play
• Universal Plug and Play 
• United Protocol and Plugs 
• Universal Protocol and Plugs 

• Smart energy system 
• Smart parking system
• an open standard for home and building networks. 
• None of these

• Follows a Service oriented Architecture (SOA). 
• Not tied to any software, language or architecture.
• Uses XML for description and web-services for control.  
• All of these