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Pneumatic actuators are targeted with different challenges including non-uniformity of the overall network as well as multi-dimensional attributes. Other factors such as the range query, and similarity searches are also of great concern for pneumatic actuators users. However, there is consolidated research covering all these issues in which a previous milestone pneumatic and electric actuators survey has focused on briefly describing the contribution of the relevant pneumatic actuators techniques.
The survey has classified the pneumatic actuators schemes according to how to design plastic valves in multi-replication, storage policies and routing. However, it is not all requirements and challenges involved in pneumatic actuators data storage that are covered in the survey. The same also goes for pneumatic actuators retrieval methods such as similarity search, multi-replication, and non-uniformity of the network as well as load balancing and so on. This is mainly because the pneumatic actuators are briefly depicted in different pneumatic actuators schemes.
Hence, this classification may be altered to present the pneumatic actuators approaches according to how to design plastic valves in the thematic classification that presents pneumatic actuators schemes in a different light. Rather than classifying the schemes according to specific techniques, a classification has been proposed according to the problems they attempt to solve, thus providing a more efficient understanding of the proposed solutions. Furthermore, beyond an orthodox classification approach, some scientists have tried to categorize the routing pneumatic actuators algorithms used in the pneumatic actuators schemes into two types of generalized routing that are referred to as point-to-point routing and spanning based routing.
However, to better understand this kind of classification, we need to briefly discuss a few challenges and the design drivers in the pneumatic actuators research field. Different pneumatic actuators approaches in the current state-of-the-art are briefly analyzed based on the challenges illustrated in routing algorithm. Throughout the pneumatic actuators metrics is considered in terms of energy, and it is measured as the number of data storage scheme in offering query services. A few of the pneumatic actuators schemes manage multi-dimensional attribute and aggregation in the sensor network field among sensor nodes. In the last half of this decade, these challenges and improved functionalities in the field of pneumatic actuators technique are the major driving force behind the acceleration of research in this field. A number of alternate approaches and solutions for pneumatic actuators will also be presented so as to assist with understanding the taxonomy of the schemes.
Heterogeneous pneumatic actuators are the outcome of recent advances in pneumatic actuators hardware design, where the sensor may have multiple capabilities in terms of computing, power supplies, communicating and sensing in how to design plastic valves. Hence, a heterogeneous pneumatic actuators network currently is able to detect multiple attributes of the environment in the atmosphere.