E-Health Care System | Multimedia based Health Monitoring System | Smart ambulance based on 5G Small cell network [21] | 2018 |
E-Health based wearable devices with the assistance of M2M communication architecture [22] | 2018 |
Multimedia aided personal health architecture [23] | 2018 |
Biomedical data training based on M-IoT [24] | 2017 |
Robot supported surgery [25] | 2017 |
Robot supported surgery for fracture using X-ray images [26] | 2017 |
Remotely monitoring the health care for the cloud of things [27] | 2016 |
Robotic ambulance service for cardiac arrest [28] | 2016 |
Smart ocular disease identification [29] | 2016 |
Retinal cataract identification system using smartphone [30] | 2015 |
Monitoring Habitat in Real-Time | Surveillance of Security System | Authentication System based on Retina | Retina and Iris fusion scanning system for M-IoT[31] | 2018 |
Authentication of Retina [32] | 2015 |
Ocular disease identification based on the diminishing effect [33] | 2014 |
Recognition of face utilizing the retina scan [34] | 2014 |
Authentication technique based on iris localization [35] | 2011 |
Authentication System based on Biometric | Biometric-based authentication system based on Industrial IoT[36] | 2018 |
Biometric IoT[37] | 2016 |
Secure telecare approach based on Biometric [38] | 2014 |
Authentication System based on Voice Assisted Biometric | Secure H-IoT[39] | 2019 |
Biometric-based secure IoT[40] | 2018 |
Voice assisted security system [41] | 2018 |
Voice-based biometrics [42] | 2017 |
Surveillance based Security System | Secure mobile based video surveillance approach M-IoT[43] | 2018 |
Pi camera assisted surveillance system for M-IoT[44] | 2018 |
Video with multi-view that is compressed by encoding or decoding scheme for M-IoT[45] | 2017 |
Surveillance system for M-IoT based on video-based indoor positioning system [46] | 2017 |
Summarization of multi-view video-based on KNN for IoVT[47] | 2017 |
Prevention and monitoring of sudden death of infants [48] | 2017 |
Summarization of video for smart monitoring system [49] | 2017 |
Software-defined network-based selection scheme for network technique for the real-time data [50] | 2017 |
Mechanism of a multi-transport system for M-IoT[51] | 2016 |
Tracking applications for IoT based on Quadrotors [52] | 2016 |
Automated selection of the size of the transport block for the transmission of video monitoring across the environment [53] | 2016 |
Android-based surveillance system for stream and transport protocol [54] | 2015 |
Summarization of distributed video using IoVT[55] | 2015 |
Vigil based edge computation node for the surveillance of video [56] | 2015 |
Surveillance of public transportation based on the voice supported ontology-driven system [57] | 2009 |
Incorporating parallel processing and slicing the video in IoVT for the M-IoT application [58] | 2014 |
Management of Transportation System | Detection of crime and authentication based on multimedia | Smart city for autonomous taxi [59] | 2018 |
Payment of toll coset based on IoT [60] | 2016 |
Detection of crime [61] | 2014 |
Smart city with efficient network architecture [62] | 2012 |
Reporting of accidents, lane, and path identification system based on multimedia | Detection of pothole and humps [63] | 2018 |
Monitoring of vehicles [64] | 2018 |
Life observation system for vehicles [65] | 2018 |
Observation of vehicles using android based IoT system [66] | 2018 |
Detection of accident and surveillance of traffic on the road [67] | 2017 |
Detection of obstacles using images [68] | 2016 |
Communication establishment among vehicles [69] | 2016 |
Planning of path [70] | 2011 |
Management of traffic lights based on video and image | Guidance scheme for the handling smart city [71] | 2018 |
Management of lights in the street [72] | 2017 |
Monitoring of Traffic system | Automated traffic light based on multimedia [73] | 2018 |
Management of smart traffic [74] | 2018 |
Management and monitoring of smart traffic for processing the cloud data that is based on mobile multimedia [75] | 2018 |
Context-aware and ontology-driven image processing system [76] | 2017 |
Monitoring the smart traffic-utilizing video and image [77] | 2017 |
Traffic management using IoV[78] | 2017 |
Management of traffic using multimedia data via machine to machine communication [79] | 2011 |
Smart Industry | Smart Agriculture using Multimedia Information | Recognition of freshness in the food by utilizing the processing of image with M-IoT [80] | 2018 |
Monitoring of crop-based on M-IoT in agriculture [81] | 2014 |
Recognition of food for M-IoT based application [82] | 2014 |
The production system in agriculture by incorporating M-IoT[83] | 2013 |
Monitoring the growth of crops by incorporating M-IoT[84] | 2012 |
Monitoring of Industry using Multimedia Information | Inspection of steel billets by utilizing depth of the vision that is automated[85] | 2018 |
Conditional observation of petroleum industry [86] | 2018 |
Inspection of steel billets by modeling with 3D [87] | 2017 |
Analysis of flame color for the maintenance of combustion [88] | 2017 |
Recognition and reading of optical character [89] | 2016 |
Smart grid with sky based energy harvesting scheme [90] | 2013 |
Image Processing based on Smart Museum | Transportation is established by robots with automated warehouses by incorporating M-IoT application [91] | 2018 |
Smart museum for the industry by incorporating M-IoT[92] | 2017 |
Smart museum by utilizing the content delivery by beacon [93] | 2017 |