Wireless Embedded Systems Report - Single Tank Modeling Analysis

This report provides an overview of wireless embedded systems, focusing on the application of embedded devices with network capabilities for accessing and storing data. The report discusses the linearization processing of single tank modeling, explaining its basis on gradients of non-linear functions and its use of Laplace transforms and stability analysis. It also delves into fuzzy logic control design principles, highlighting its reliance on the degree of state in inputs and outputs, and its role in handling load balancing problems. The report further examines the components and integration of a closed-loop control system, emphasizing the roles of input, process, actuating and controller hardware, output, and sensing elements. Finally, it describes the graphic design interface used to display the actual liquid level in a single tank, which aids in calculating overall capacity and measuring the interface between liquids. The report concludes that wireless embedded systems are useful for improving communication and accessing information.

Wireless Embedded Systems
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Contents
INTRODUCTION...........................................................................................................................3
MAIN BODY..................................................................................................................................3
CONCLUSION................................................................................................................................4
REFEERNCES................................................................................................................................5
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INTRODUCTION
The Embedded system with wireless technology is currently trends and widely used in
different fields. It can be embedded devices with network often to access information and store
the data for purpose of communication. It severs resource constraints in context of energy,
memory and computational capacity. It is also increasing the security threat due to use of
embedded devices with wireless technology. The report will discuss about the linearisation
processing of single tank modelling and also understand the principle of fuzzy logic control
within closed loop system. Furthermore, the documentation will describe about the graphic
design interface that will show actual liquid level in single tank.
MAIN BODY
Discuss about the linearisation processing of single tank modelling.
Linearisation is based on the process that are taking gradient of non-linear function with
respect to multiple variables. It may create a linear representation at single point but it will
require certain type of analysis such as Laplace transform, stability analysis. It mainly putting
model into linear space forms (Lim and et.al., 2013).
Describe about the Fuzzy logic control design principles and how it will be encountered in
design and resolve issues.
Fuzzy logic control is a type of system which relies on the specific degree of state in
terms of input as well as output. Sometimes, it can be changed according to state in single tank.
In case if it will be putting as input to generate a significant result or outcome.
Fuzzy logic is smart process which directly deals with situation and events while handle
load balancing problem during single tank modelling.
Understand the requirement of components used in the closed-loop control system and also
explain how they are integrated together.
In close loop control system, there are different requirement of components because the
directly integrated together to control entire processing of system. it involves input, process
being controlled, actuating and controller hardware devices, output, sensing elements.
These are different components that will manage, direct, regulates and command the
behaviour of other devices at same point. That’s why, it will be used the open loop control
system to rearrange in better ways.
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Describe about graphic design interface that show actual liquid level in single tank.
Graphic design interface is a process of making interface in the computerised devices and
also concern about overall style. In context of liquid level single tank, it will create structure
design which help for calculating overall capacity (Tancreti and et.al., 2011). It will help for
measuring interface between two liquids in tank, no matters what are level interface of
application. Generally, it shows thickness and location of each layers effectively.
CONCLUSION
From above discussion, it concluded that Embedded system with wireless technology is
useful for improving communication while assuming embedded devices with network often to
access information and store the data for purpose of transmission. it has summarised about the
linearisation processing of single tank modelling and also understand the principle of fuzzy logic
control within closed loop system. Furthermore, it is also understanding the graphic design
interface that can show actual liquid level in single tank.
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REFEERNCES
Book and Journals
Lim, R. and et.al., 2013, April. Flocklab: A testbed for distributed, synchronized tracing and
profiling of wireless embedded systems. In Proceedings of the 12th international
conference on Information processing in sensor networks (pp. 153-166).
Tancreti, M. and et.al., 2011, November. Aveksha: A hardware-software approach for non-
intrusive tracing and profiling of wireless embedded systems. In Proceedings of the 9th
ACM Conference on Embedded Networked Sensor Systems (pp. 288-301).
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