Rubrics for Assessment

Rubrics for Assessment
task 3

Contents
INTRODUCTION.....................................................................................................................................3
Background research................................................................................................................................3
Research Aim.............................................................................................................................................3
Objectives...................................................................................................................................................3
Research questions....................................................................................................................................3
Literature Review......................................................................................................................................4
Methodology..............................................................................................................................................7
Research Gaps...........................................................................................................................................9
CONCLUSION........................................................................................................................................10
REFERENCES........................................................................................................................................11

INTRODUCTION
Water utility is an industry in the United Kingdom that comprises of all the companies
that are responsible for the distribution of water in a timely and safe manner. The companies are
also responsible for other water related services like treatment of the wastewater, managing the
demand from the industrial, residential as well as agricultural markets(Wen, and et.al., 2018).
This is because the markets are expanding due to which the supply of portable water is becoming
difficult. The report includes a literature review, methodology, scope as well as research gaps of
this topic. The complete report is based on the sensor data of Australian Water Utilities.
Background research
Big Data is becoming universal today, offering a wide range of opportunities and
development, despite innovations in scientific knowledge. Big Data methods capture and extend
the conventional approach to standard information, enabling a level of information preparation
that would normally be inaccessible. The increasingly multifaceted nature of new information
sources stems in part from a correlated cost reduction in both age and information capacity over
the past decade, which has therefore encouraged creation, and improved direct access to
meaningful databases.
Research Aim
To identify the various data types and sources available to or used by Australian water utilities
and the typical characteristics (volume, velocity, variety, variability, and veracity) of that data.
Objectives
To examine the challenges associated with the applicability of existing computational analytical
approaches, applied to such data sources, which may currently be limiting the value of the
information that can be derived.
Research questions
1. What are the typical characteristics (volume, velocity, variety, variability, and veracity)
of that data?

2. What are the sources available with Australian government to reveal big data for water
utility?
3. How this big data technology will be helpful in supporting Australian government in
decision making related with water utilization?
Literature Review
Sensors are the basis for plant automation and robotics. Their product interface to
firmware is one of the important areas in mechanical applications. It is important that they
understand their limitations when designing a control panel. Sensors, for example, temperature,
gas, sticky, IR, ultrasonic laser, PIR sensor and so on are commonly used in industries. Creating
campaigns that incorporate such sensors provides unprecedented thinking in understanding their
use and barriers. Data protection, SCADA, mobile logic control is hardly a level of activity that
typically adopts integrated frameworks and requires information about the programming area,
especially the "C" language. "This article examines a summary of projects based on sensors for
subtitle design (El Alaoui, Gahi and Messoussi, 2019).
Wireless sensor networks are called remote sensing networks and actuator (WSAN), a
group that incorporates distributed sensors to shield physical or ecological conditions, such as
pressure, noise, temperature and so on. forward. This framework includes a door to second-hand
access and appropriate hubs, which can move information through the organization to the main
area. Modern networks are two-way in nature and enhance sensory function. At present, a large
number of facilities for observation and control of water services are not interactive. There are a
number of restricted or semi-restricted provisions in place, some of which are likely to raise
issues. In reality, the control structures used in water transport services are similar to collection
structures, but they have amazing ideas. In this way, we can imagine an information-building
model for water services obtained from advanced stages in enterprises (Wu and et.al., 2018).
As a result of observation of the water service, levels 1 and 2 are provided in terms of geology
and for the control of the water services, management control and data acquisition applications
(SCADA) are used. . A number of applications at the enterprise fund (ERP) settlement stage will
complete the debit actions and follow the service providers ’allowances. It can be seen that there
is a direct flow at normal effort levels and a carrier flow for data protection in the field.