Database Design

This paper deals with memory management issues of robotics. In our proposal we break one of the major
issues in creating humanoid. . Database issue is the complicated thing in robotics schema design here in
our proposal we suggest new concept called NOSQL database for the effective data retrieval, so that the
humanoid robots will get the massive thinking ability in searching each items using chained instructions.
For query transactions in robotics we need an effective consistency transactions so by using latest
technology called CloudTPS which guarantees full ACID properties so that the robot can make their
queries using multi-item transactions through this we obtain data consistency in data retrievals. In addition
we included map reduce concepts it can splits the job to the respective workers so that it can process the
data in a parallel way.

In a financially volatile market, as in the case of asset market, it is important to have a very precise prediction of the upcoming trends to take advantage of the market changes. This requires highly advanced machine learning algorithms with factorization of human sentiments. The value of an asset is highly gullible due to factors such as market news and human behaviour, which can instantly increase or decrease the asset price. Therefore, the issue becomes that of buying or selling asset at an asset exchange at right moment for generating profit. This aspect has attracted researchers for years and has led to creation of various different algorithms that can predict the outcome in this nonlinear volatile market. This wave of algorithm in Artificial Intelligence, mainly machine learning are still being tried to tackle the above problem. It is also very well known that news articles and related information have great impact on the asset price and its trends. Hence, we aim to combine these two approaches in an attempt to understand the relationship between the attributes in order to yield a predicted output with great accuracy.

Assigment:  Cost calculations of a project, build DB include administration of DB when project ends, possible loos of data because of working in cloud.
Students are expected to interact with their group colleagues to develop a database in three steps: PART A: Conceptual Data Model (CDM); PART B: Logical Data Model (LDM); PART C: Physical Data Model (PDM). The onus is on each group to develop their own style of Project Logbook but learning should be applied from the IS Project Management. Every meeting must be recorded by reports and attached to main documents.

Insecurity is one of the major challenges that
the entire world is facing now, each country having their
peculiar security issues. The crime rate in every part of
the society these days has become a threatening issue
such that vehicles are now used for committing criminal
activities more than before. The issue of vehicle theft has
increased tremendously, mostly at gunpoint or car parks.
In view of these, there is a need for adequate records of
stolen, identified and recovered vehicles which are not
readily available in our society and as such very
important. The development of a vehicle theft alert and
location identification system becomes more necessary
for vehicle owners to ensure theft prevention and a
speedy identification towards recovery efforts in
situations where a vehicle is missing, stolen or driven by
an unauthorized person. The theft alert function makes
use of a GSM application developed and installed in a
mobile phone device which is embedded in the vehicle to
communicate with the vehicle owner’s mobile phone.
The communication is established via SMS (i.e. between
the installed mobile phone device and that of the vehicle
owner). The communications established include; (i).
Sending an SMS alert from installed mobile phone device
to vehicle owner mobile phone when the car ignition is
put on. (ii). Sending an SMS from the vehicle owner’s
mobile phone to start and stop the installed mobile phone
device application. The location identification function
makes use of a web application developed to; (i).
Determine the real time location of a vehicle by means of
tracking using GPS. (ii). Broadcast missing or stolen
vehicle information to social media and security agency.
The implementation of the installed mobile phone device
application was done using JAVA because of its
capabilities in programming mobile applications while
PHP and MySQL was used for the web application
functions. Integration testing of the system was carried
out using simple percentage calculation for the
performance evaluation. Fifty seven (57) vehicle owners
were sampled and questionnaires were distributed to them
in order to ascertain the acceptability and workability of
the developed system. The result obtained shows the
effectiveness of the system and hence it can be used to
effectively monitor vehicle as it is been driven within or
outside its jurisdiction. More so, the system can be used
as database of missing, identified or recovered vehicles
by various security agencies.
Index Terms—Vehicle, Theft alert, Location
identification, Tracking, GPS.