[40] |
2015 |
Evaluation of different available resources, |
× |
|
|
communication mediums, and frameworks |
|
|
|
for industrial market perspective. |
|
[41] |
2016 |
A context-aware review for recognizing emerging |
× |
|
|
fields from a software development |
|
|
|
point of view. |
|
[42] |
2019 |
A survey study about context-aware crowd |
× |
|
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sensing systems for urban environments. |
|
[43] |
2022 |
A survey on the use of ML methods in context- |
AI, ML and DL |
|
|
aware middlewares for HAR. |
|
[44] |
2018 |
A survey on context awareness for IoT big data analysis. |
AI, ML and DL |
[45] |
2018 |
A comprehensive survey on the utilization of AI |
AI, ML and DL |
|
|
integrating ML, data analytics, and NLP techniques |
|
|
|
for enhancing the efficiency of wireless networks. |
|
[46] |
2019 |
A literature analysis of various context-aware systems |
× |
|
|
(modelling, organization, and middleware). |
|
[47] |
2019 |
A short survey of the latest development |
AI, ML and DL |
|
|
of context-aware systems. |
|
[48] |
2019 |
A survey of recent advances in intelligent sensing, |
AI, ML and DL |
|
|
computation, communication, and energy |
|
|
|
management for resource-constrained |
|
|
|
IoT sensor nodes. |
|
[49] |
2021 |
An extensive survey of AI-based mobile context- |
AI, ML and DL |
|
|
aware recommender systems. |
|
Our Paper |
2022 |
A broad study of the adoption |
AI, ML and DL |
|
|
of edge-based AI solutions for context- |
|
|
|
awareness in WSNs. |
|