|
| Issues | Contribution | Techniques | Implementation | Metrics | Limitations |
|
CCIMH [43] | (i) Healthcare work is tasking, covers different context (ii) The need for efficiency and accuracy | (i) Integration of different context components (ii) Adaptation rule and preference | Framework | Not mentioned | Not mentioned | No simulation of the proposed framework |
|
MCTLD [44] | Limitation of the capabilities of existing mobile devices | Architecture | Architecture | Amazon EC2 cloud, mobile phone with an Android application developed, WIFI, and traffic light | Average response time | Standard computation model not considered |
|
CFPCMC [45] | Resources limitation of MIDs | Context-aware provisioning services | Framework and algorithms | Not mentioned | Not mentioned | Security of the provisioning service scheme not handled |
|
APHIS [46] | High transmission rate and limited wireless resources | Adaptive, filtering and adjustable scheme | Framework and algorithm | Emulations in Exata involving HFR video encoded with H.264 codec | (i) Video peak signal-to-noise ratio (ii) End-to-end delay (iii) Goodput | A multipath packet transmission scheme for HFR video streaming over heterogeneous wireless networks not considered |
|
MOMCC [47] | Long wireless area network (WAN) latency | Service-oriented architecture | Architecture | Not mentioned | Not mentioned | (i) High complexity of services, (ii) implementation of MOMCC architecture not considered |
|
MMCCOS [48] | To handle objective and subjective perspectives | Three phases of management architecture | Architecture and model | Prototyped system called CoLisEU | (i) Battery consumption, (ii) Network traffic, (iii) Response time | Machine learning techniques to adapt the requirement to each different infrastructure of MCC environment need to be considered |
|
ICIMCA [49] | To test the impact of cloudlet design and services architecture | Cloudlet network and service architecture were achieved | Architecture and algorithm | NS-2 | (i) Transfer delay, (ii) content delivery throughput | An adaptive scheme for the cloudlet scheme not employed |
|
MOCHA [50] | Challenges of splitting of mobile device task to the cloud and share these tasks among the servers | Design of face recognition applications | Design and architecture | Microsoft Visual Studio 2010 development platform C++, and Open CV libraries, servers’ workstations, and a laptop | Response time | During implementation, real cloud and mobile phone not considered |
|