Original essay on: A submerged pressure sensor can serve as a wave gauge if

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Coastal Engineering and Modelling – 6110ENGAssignment 1- Simple Coastal ModelsTrimester 1, 2018
Due date: 11 PM Wednesday, May 16, 2018, Week 10.Submission Instructions:1. Work individually
2. Complete all tasks as instructed with the assignment question sheet
3. Submit both the report and MATLAB script file electronically to the “Submission
Dropbox_Simple Coastal Models Assignment, Due on May 16, 2018” link on
Learning@Griffith – “Assessment”Question 1: (60 marks)A submerged pressure sensor can serve as a wave gauge if it is adequately sensitive to detect
the wave induced dynamic pressure. There is a swell wave with the deep-water characteristics
(period T0 and wave height H0 measured by an offshore buoy) perpendicularly propagating
toward a straight shoreline. At the coast near the shoreline, a pressure sensor is installed as
shown in the Figure below. For the progressive swell wave, the minimum and maximum
pressures (Pmin and Pmax at the Sensor are recorded as well. (The density of seawater to be 1026
kg/m3). The wave data of 5 storm events have been included in the Table below. Develop a
model to estimate the swell wave height at the coast using the measured data and estimate the
Shoaling Coefficient for all events. Assume the linear wave theory is valid.Sensor 1
Deep water buoy record
Pressure senor at the Coast
H0 (m)
T0 (s)
Pmin ( kPa)
Pmax ( kPa)
1
1.8
25
82.4
106.7
2
1.3
15
83.2
96.2
3
2.2
18
80.6
106.2
4
1.8
12
82.2
98.2
5
6.2
7
83.6
120.6
Numerical solutions (24 marks)Develop MATLAB codes to:
(i)
Calculate the wave characteristics (i.e. wave height, wave length, wave number…

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#065

MITS5003 Wireless Networks and Communication Case study 1 Wireless sensor n

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MITS5003 Wireless Networks and Communication Case study 1 Wireless sensor network (WSN) can be defined as a group of spatially dispersed and dedicated sensors for monitoring and recording the physical conditions of the environment and organizing the collected data at a central location. WSNs measure environmental conditions like temperature, sound, pollution levels, humidity, wind, and so on. There has been tremendous research on how to use WSN technology in Agriculture and Livestock industry – one of the key sectors of Australian exports. Sense-T is one such initiative based in Tasmania and the network has proven it could help farmers by providing useful information in decisions making. Observing these positive results, recently a livestock giant VicStock came up with an idea to use a WSN in their farms to monitor the animals’ health and behaviour. The proposed pilot project will be implemented in one of their farms located in Gippsland area called MaffraStock. This farm is a 3 km x 3 km square shaped land and has got various types of animals including cattle, sheep and camel. The total number of animals is 2500. The plan is to tag each animal with a device equipped with sensors, a GPS tracker and an accelerometer that monitors the motion. One device generates 5 kB data per minute and there is a central node at the middle of the farm to collect data from all the sensors. This central node multiplexes data from all the sensors and uploads to a cloud based IoT platform through a wireless ISP link so that VicStock can analyse trends and detect anomalies. Planning to avoid licensing costs, the WSN uses ISM frequency bands for signal transmission. The ambient temperature around the farm is 200C which causes a small amount of thermal noise. However, it is found that thermal noise is only 5% of the total noise experienced by WSN channels. a) Select a suitable frequency band for WSN and give reasons for your selection. b) Calculate the channel capacity (minimum data rate) required for: I. One sensing device to control centre channel II. Control centre to ISP channel c) For both the channel types calculate the following noise levels experienced: I. Thermal noise II. Total noise experienced d) It is expected to maintain SNR of 63 at the control centre for sensor signals. I. Calculate the signal power received at control centre from one sensing device. MITS5003 Wireless Networks and Communication II. Calculate the bandwidth of the sensing device to control centre channel. III. What will be the bandwidth of the multiplexed channel if FDM scheme is used? e) Calculate the maximum free space loss experienced by the signals sent from sensors. (Assume control centre is located exactly at the centre of the landscape) f) Determine the required transmission signal strength if other impairments such as attenuation and fading causes loss of 30% in signal power during the propagation from sensors to the control centre. g) With your general knowledge in agriculture sector and business suggest functionalities for the cloud application to effectively use sensor data. h) Suggest how IoT platforms can help the implementation of WSN. (Research in google to find answer for this)

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Wireless sensor network (WSN) can be defined as a group of spatially dispersed and dedicated sensors….. Suggest how IoT platforms can help the implementation of WSN

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Case study 1
Wireless sensor network (WSN) can be defined as a group of spatially dispersed and dedicated sensors for monitoring and recording the physical conditions of the environment and organizing the collected data at a central location. WSNs measure environmental conditions like temperature, sound, pollution levels, humidity, wind, and so on. There has been tremendous research on how to use WSN technology in Agriculture and Livestock industry – one of the key sectors of Australian exports. Sense-T is one such initiative based in Tasmania and the network has proven it could help farmers by providing useful information in decisions making. Observing these positive results, recently a livestock giant VicStock came up with an idea to use a WSN in their farms to monitor the animals’ health and behaviour.
The proposed pilot project will be implemented in one of their farms located in Gippsland area called MaffraStock. This farm is a 3 km x 3 km square shaped land and has got various types of animals including cattle, sheep and camel. The total number of animals is 2500. The plan is to tag each animal with a device equipped with sensors, a GPS tracker and an accelerometer that monitors the motion. One device generates 5 kB data per minute and there is a central node at the middle of the farm to collect data from all the sensors. This central node multiplexes data from all the sensors and uploads to a cloud based IoT platform through a wireless ISP link so that VicStock can analyse trends and detect anomalies.
Planning to avoid licensing costs, the WSN uses ISM frequency bands for signal transmission. The ambient temperature around the farm is 200C which causes a small amount of thermal noise. However, it is found that thermal noise is only 5% of the total noise experienced by WSN channels.
Select a suitable frequency band for WSN and give reasons for your selection.
Calculate the channel capacity (minimum data rate) required for:
One sensing device to control centre channel
Control centre to ISP channel
For both the channel types calculate the following noise levels experienced:
Thermal noise
Total noise experienced
It is expected to maintain SNR of 63 at the control centre for sensor signals.
Calculate the signal power received at control centre from one sensing device.
Calculate the bandwidth of the sensing device to control centre channel.
What will be the bandwidth of the multiplexed channel if FDM scheme is used?
Calculate the maximum free space loss experienced by the signals sent from sensors. (Assume control centre is located exactly at the centre of the landscape)
Determine the required transmission signal strength if other impairments such as attenuation and fading causes loss of 30% in signal power during the propagation from sensors to the control centre.
With your general knowledge in agriculture sector and business suggest functionalities for the cloud application to effectively use sensor data.
Suggest how IoT platforms can help the implementation of WSN. (Research in google to find answer for this)

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#065

Wireless sensor network (WSN) can be defined as a group

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MITS5003 Wireless Networks and Communication
Case study 1
Wireless sensor network (WSN) can be defined as a group of spatially dispersed
and dedicated sensors for monitoring and recording the physical conditions of the
environment and organizing the collected data at a central location. WSNs measure
environmental conditions like temperature, sound, pollution levels, humidity, wind, and so
on. There has been tremendous research on how to use WSN technology in Agriculture
and Livestock industry – one of the key sectors of Australian exports. Sense-T is one such
initiative based in Tasmania and the network has proven it could help farmers by providing
useful information in decisions making. Observing these positive results, recently a
livestock giant VicStock came up with an idea to use a WSN in their farms to monitor the
animals’ health and behaviour.
The proposed pilot project will be implemented in one of their farms located in
Gippsland area called MaffraStock. This farm is a 3 km x 3 km square shaped land and has
got various types of animals including cattle, sheep and camel. The total number of
animals is 2500. The plan is to tag each animal with a device equipped with sensors, a GPS
tracker and an accelerometer that monitors the motion. One device generates 5 kB data
per minute and there is a central node at the middle of the farm to collect data from all
the sensors. This central node multiplexes data from all the sensors and uploads to a cloud
based IoT platform through a wireless ISP link so that VicStock can analyse trends and
detect anomalies.
Planning to avoid licensing costs, the WSN uses ISM frequency bands for signal
transmission. The ambient temperature around the farm is 200C which causes a small
amount of thermal noise. However, it is found that thermal noise is only 5% of the total
noise experienced by WSN channels.
a) Select a suitable frequency band for WSN and give reasons for your selection.
b) Calculate the channel capacity (minimum data rate) required for:
I. One sensing device to control centre channel
II. Control centre to ISP channel
c) For both the channel types calculate the following noise levels experienced:
I.
Thermal noise
II.
Total noise experienced
d) It is expected to maintain SNR of 63 at the control centre for sensor signals.
I. Calculate the signal power received at control centre from one sensing device.
MITS5003 Wireless Networks and Communication
II. Calculate the bandwidth of the sensing device to control centre channel.
III.
What will be the bandwidth of the multiplexed channel if FDM scheme is
used?
e) Calculate the maximum free space loss experienced by the signals sent from
sensors. (Assume control centre is located exactly at the centre of the landscape)
f) Determine the required transmission signal strength if other impairments such as
attenuation and fading causes loss of 30% in signal power during the
propagation from sensors to the control centre.
g) With your general knowledge in agriculture sector and business suggest
functionalities for the cloud application to effectively use sensor data.
h) Suggest how IoT platforms can help the implementation of WSN. (Research in
google to find answer for this)

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Original essay on: Wireless sensor network (WSN) can be defined

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MITS5003 Wireless Networks and CommunicationCase study 1Wireless sensor network (WSN) can be defined as a group of spatially dispersed
and dedicated sensors for monitoring and recording the physical conditions of the
environment and organizing the collected data at a central location. WSNs measure
environmental conditions like temperature, sound, pollution levels, humidity, wind, and so
on. There has been tremendous research on how to use WSN technology in Agriculture
and Livestock industry – one of the key sectors of Australian exports. Sense-T is one such
initiative based in Tasmania and the network has proven it could help farmers by providing
useful information in decisions making. Observing these positive results, recently a
livestock giant VicStock came up with an idea to use a WSN in their farms to monitor the
animals’ health and behaviour.
The proposed pilot project will be implemented in one of their farms located in
Gippsland area called MaffraStock. This farm is a 3 km x 3 km square shaped land and has
got various types of animals including cattle, sheep and camel. The total number of
animals is 2500. The plan is to tag each animal with a device equipped with sensors, a GPS
tracker and an accelerometer that monitors the motion. One device generates 5 kB data
per minute and there is a central node at the middle of the farm to collect data from all
the sensors. This central node multiplexes data from all the sensors and uploads to a cloud
based IoT platform through a wireless ISP link so that VicStock can analyse trends and
detect anomalies.
Planning to avoid licensing costs, the WSN uses ISM frequency bands for signal
transmission. The ambient temperature around the farm is 200C which causes a small
amount of thermal noise. However, it is found that thermal noise is only 5% of the total
noise experienced by WSN channels.
a) Select a suitable frequency band for WSN and give reasons for your selection.
b) Calculate the channel capacity (minimum data rate) required for:
I. One sensing device to control centre channel
II. Control centre to ISP channel
c) For both the channel types calculate the following noise levels experienced:
I.
Thermal noise
II.
Total noise experienced
d) It is expected to maintain SNR of 63 at the control centre for sensor signals.
I. Calculate the signal power received at control centre from one sensing device.MITS5003 Wireless Networks and CommunicationII. Calculate the bandwidth of the sensing device to control centre channel.
III.
What will be the bandwidth of the multiplexed channel if FDM scheme is
used?
e) Calculate the maximum free space loss experienced by the signals sent from
sensors. (Assume control centre is located exactly at the centre of the landscape)
f) Determine the required transmission signal strength if other impairments such as
attenuation and fading causes loss of 30% in signal power during the
propagation from sensors to the control centre.
g) With your general knowledge in agriculture sector and business suggest
functionalities for the cloud application to effectively use sensor data.
h) Suggest how IoT platforms can help the implementation of WSN. (Research in
google to find answer for this)

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#065

Writing Literature Review For Wireless Sensor Single-hop Network

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College essay writing serviceLooking for an experienced electrical engineer to write literature review for my report on single-hop lab using wireless iris sensor.your jobs is the following:go over my report to understand the problem and how we solve it (also fix any grammer problems).write five literature review from five different article to compare them with my lab report in ieee format in term of single-hop network.I attach the lab assignment description and the my lab report.Purchase the answer to view it.
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#075

Electric Motor driven Water Pump activated by Temperature Sensor

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In recent times the farmers have been using irrigation technique through manual control in which the farmer irrigate the land at regular intervals by turning the water pump on/off when required. This process sometimes consumes more water and sometimes the water supply land is delayed due to which the crops dry out. It is an electromechanical system. There is advance mechanical water pump which will use to irrigate the crops in farms. The dc electric motor (permanent magnet dc motor or PMDC) will be used to drive this pump. The motor is controlled by the controller which is connected to the battery and the temperature sensor which give a signal to the controller when the surrounding temperature will increase or decrease.
The temperature is set to (35OC) in the controller whenever it will increase or decrease from the set temperature it will automatically turn on/off the motor with the help of controller and battery which is connected with it. After that with the help of motor water pump which is connected to the motor will send water to the farms. It will useful for those crops which need constant water and should soak during the growth which will reduce the dry out problems of crops.
Block Diagram of Electric motor driven Water Pump.
101917515367000
PARTS WHICH WE ARE USING FOR THIS PROJECT.
Waterproof temperature sensor
Battery
PMDC electric motor
Temperature controller
Mechanical water pump
PROBLEMS
Two of the most widely recognized issues with cultivating water system frameworks need to do with water system booking. Water system booking is just noting the inquiries of “When do I water?” and “To what extent do I water?”. Beginning a water system cycle too soon as well as running a water system cycle too long is considered overwatering. At any rate, this training squanders water and cash. Be that as it may, over watering can cause edit harm if done on a delayed premise. In like manner, beginning a water system cycle past the point of no return or not running the framework for a sufficiently long timeframe is considered under watering and can cause decreased yields and poor harvest quality which can influence cost.
There is also one most common problem which is faced by most of the farmers is field situated miles away from their homes. They have to travel daily base at several time to start or stop the irrigation water pump which is too important for the crops which consume more time. some time due to over irrigation and under irrigation crops are damaged by which farmer face big loss as shown in picture 1.1.
Some farmers have more land and they have more need of manpower because of manual turning on/off for water pump which will take more time and become costly because of labor. . Problems sometimes without automatic irrigation system picture of the farm.
AIM/OBJECTIVES
A model of controlling irrigation facilities to help millions of people. In many countries, agriculture plays an important role in shaping up the economy and the climate conditions are anisotropic. the main purpose of this project is to save crops from dry out and the time which is also important in human life.
The model uses temperature sensor technology with the controller to make smart switching devices. It is the basic automatic switching mechanism of motor water pump using the sensor from surrounding temperature. This system can be operated at night and water which loss from evaporation is thus minimized. The most significant advantage is that water is supplied only when the temperature is increased and the plant has need of water. It works according to temperature and keeps soil soaked whenever it going to dry because of temperature. It will also reduce the consumption of water and save the lot of water which will more beneficial for the dry areas of the world.
There is also one more biggest advantage of this project is it will also help to increase the production of the crops and save crops from dry out which is also good for the farmers and those countries which totally depend on the farming. It is the highly sensitive product with the low cost by which poor farmers can also buy this in their budget. With the help of automatic irrigation system picture of a farm.

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#065

Question description a.A typical sensor node has a transmit duty cycle of 4% (s

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Question descriptiona.A typical sensor node has a transmit duty cycle of 4% (see Activity 6 ) and draws a current of 1.95 mA while it is in the active part of the duty cycle, and negligible current while in the inactive part of the duty cycle. On average, the node sends 390 bits of data per transmission and each transmission takes 35.0 ms.i.How long does each node transmit for in every hour? Express your answer in seconds.ii.If each sensor node has a battery with a capacity of 2610 mAh, how long a transmission is this battery capable of powering before it must be recharged or replaced? Express your answer in seconds in scientific notation.iii.At what data rate is data transferred in each transmission? Express your answer in kbps.Give all your answers to 3 significant figures.Activity 6Calculate the duty cycle of a device that typically connects to a network and transmits for 20 ms in every 0.5 s. You may wish to use a calculator for this activity.Answer20 ms = 20 × 10−3 s = 0.02 sSo the duty cycle is (0.02/0.5) × 100% = 4%This means that the device is operational for only 4% of the time.
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#065

Building a Wireless Sensor Network

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1.0 Introduction
In the previous era, the technology application mostly using wire but now a wireless device has become common place. The definition of wireless sensor network is an application that having no wires connection on that devices. In addition, to make the system easy to monitor from a distant location, the RF 433MHz module was used. So, this project gave rise to the idea for studying details about the RF 433MHz module performance for WSN application.
1.1 Project Background
Nowadays, using the wireless sensor network (WSN) technology to monitor the environment helps someone to solve the problems of deployment difficulty, high cost, and realized unmanned monitoring which is mostly used in factory, buildings, laboratory and house. This project is to study the range and performance of the RF 433MHz module for WSN application. RF 433MHz module are popular used in remote control system. This range also available to use in this area. There are two types of the RF module which is transmitter and receiver. From research, using RF 433MHz module, the data can get more accurately without any data losses with the range that given than compared to other transmission for wireless sensor network.
The range that can reach by this RF module is different between outside and inside area. For inside area, it can work for 50 meters through multiple walls with an antenna, while for the outside area, it will be able for hundreds of meters. Besides that, a microcontroller such as Arduino also used in this project. Arduino that available for this project is Arduino PRO which is it has 3.3V port that will be easier to connect directly to the types of RF 433MHz module that used in this project.
This project also will be studied the analysis of the data transmission by giving a few of distance between the transmitter and receiver of the RF 433MHz modules when located in the obstacles or line of sight area. Then, the data that are received will be displayed on the computer whether there are data losses or not.
1.2 Problem Statement
The problem that becoming as issues right now is there is a lot of ways to send data but the problem is about the range, cost, and data losses. So, for this situation, study the performance of RF 433MHz can overcome the problem for the WSN application.
1.3 Objectives
The objectives of this project are to understand the range and performance of RF 433MHz module. Moreover, exploration about the transmitting and receiving the data by using the RF 433MHz module.
1.4 Work Scope
The main work scope of this project is to make sure this project will achieve the objectives.
The main focus of this project:-
i. To study and understanding the range of RF 433MHz module.
ii. To transfer data by using RF 433MHz module.
1.5 Methodology
In this project, there are three main parts. For the first part, it will be focused on the conducting the literature review and do some research more detail about the RF 433MHz module. Meanwhile, for the second part, after the software development process, the hardware development process will take over and include the testing of the project. Last part, when the hardware and software complete their part, it will be followed by testing the performance and the operation of the project to make an analysis.
1.6 Report Structure
This part will explain all the flow for completing this report and project. In this report, there are five chapters.
Chapter 1: Introduction
This chapter will introduce the background of the project, state the problems, clear about the objectives, scope of work, planned the methodology and structure of report to make it organized.
Chapter 2: Literature Review
This chapter will be explained more details about all the research that have been done. Then, the summarization for the project also will be attached to this chapter to make it clear.
Chapter 3: Methodology
The methodology is the procedures or steps when doing this project. The simulation, analysis, and evaluation of the project will be discussed in this chapter. This method is important because from here the flow of the process for the project will be updated.
Chapter 4: Expected Results
The expected results in the software or hardware will be stated in this chapter. The comparisons and improvements of this project will be described here. Analysis of the results also will be discussed here.
Chapter 5: Conclusion
In this chapter, to make a conclusion for all the summary of this project was collected in each part can be discussed in the conclusion.

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For this task, you will participate in a simulation with your classmates in which you are in charge of a sensor manufacturing company. You will…

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For this task, you will participate in a simulation with your classmates in which you are in charge of a sensor manufacturing company. You will join a few of your classmates in an executive management team to take over a struggling business. You will simulate the running of the business for the next eight years and make decisions about research and development, marketing, production, human resources, total quality management (TQM), ethics, and finance. You will be competing against other computer-generated companies to see who can best manage the company to help it grow and get back on track.
An important part of all teamwork is helping your team to be the best by leading not only those below you, but also your coworkers, and those above you in the organization. Throughout your career, you may be asked to fill out different types of colleague feedback surveys. At the end of the simulation you will be asked to fill out a peer evaluation. You are expected to fill out evaluations for all members of your team, as they are expected to fill out evaluations for you. You will have access to an average of the other team members’ evaluations of your performance.
Requirements: A. Submit the completed peer evaluation report for the evaluations you received from your team members.Note: Refer to the Capsim Step by Step Guide for detailed instructions.B. Evaluate your personal and team performance in the simulation based on the peer evaluation report by doing the following: 1. Discuss how one of your strengths can be used in the workplace. 2. Discuss how you can improve upon one of your weaknesses in the workplace. 3. Discuss your primary functional role (e.g., research and development, marketing, production, finance) on the team. 4. Discuss one strength of your team as a whole. 5. Discuss one weakness of your team as a whole. 6. Explain the value of the team contract using one specific example. 7. Explain how you overcame a challenge you faced as a team. 8. Discuss what teamwork advice you would give to others who were beginning to work on the simulation. 9. Discuss the relevance of teamwork in the simulation to your professional development.C. Submit a completed copy of the attached “Team Contract”.Note: As a reminder, team contracts should be approved by the course instructors prior to starting the competition rounds.D. When you use sources, include all in-text citations and references in APA format. Note: For definitions of terms commonly used in the rubric, see the Rubric Terms web link included in the Evaluation Procedures section.
Note: When using sources to support ideas and elements in an assessment, the submission MUST include APA formatted in-text citations with a corresponding reference list for any direct quotes or paraphrasing. It is not necessary to list sources that were consulted if they have not been quoted or paraphrased in the text of the assessment.
For this task, you will participate in a simulation with your classmates in which you are in charge of a sensor manufacturing company. You will join a few of your classmates in an executive management team to take over a struggling business. You will simulate the running of the business for the next
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