This document discusses the objectives and methodology of a project focused on medium-sized cities. The objectives are to promote sustainable development through infrastructure like water management, energy management, transport management, traffic control, green buildings, and safety/security. The methodology includes selecting cities based on factors like population size and data availability. The project aims to implement solutions like smart streetlights, room lighting controls, smart parking, and coin-based electric vehicle charging.

1. 1. AIM OF THE PROJECT :-
This projectdeals with medium-sized cities and their perspectives for
development. Even though the vastmajority of the urban population lives in such
cities, the main focus of urban research tends to be on the ‘global’ metropolises.
As a result, the challenges of medium-sized cities, which can be rather different,
remain unexplored to a certain degree. Medium-sized cities, which have to cope
with competition of the larger metropolises on corresponding issues, appear to
be less well equipped in terms of critical mass, resources and organizing capacity.
To enforce an endogenous development and achieve a good position, even these
cities haveto aim on identifying their strengths and chances for positioning and
ensureand extend comparativeadvantages in certain key resources againstother
cities(metro-city) of the samelevel. City rankings area tool to identify these
assets. Although they are quite common in recent time, rankings are very
different in their approaches or methods. Due to different interests behind
rankings and the indicators and methodological approaches used it is also normal
that one city is ranked very differentin different rankings. Additionally, medium-
sized cities are often not or only partially considered. Hence, existing rankings and
benchmarks arenot satisfying for medium-sized cities. The concept of smartcity,
as it means different things to different people, changes fromcity to city and
country to country. Itdepends on the willingness to change and reform, the level
of growth, aspirations and resources of the residents of the city. A smartcity,
therefore, would havea differentmeaning in India than it would have in America
or Europeor England, etc. Even in India it cannot be defined exactly by using a
single yardstick. As somedefinitional frontiers arenecessary to steer the Smart
Cities Mission, urban planners havebasically aimed at expanding the entire eco-
system. This eco-systemrests on the four pillars of comprehensivedevelopment:

2. institutional, physical, social, and economic infrastructure,likesustainable
environment, sanitation, energy, traffic control, smartparking, mobility, smart
buildings, green buildings, safety, security & surveillance, transportetc.
2.OBJECTIVES :- The objective of the mission is to promotecities that cater
core infrastructure and provideits citizens a decent quality of life, a clean and
sustainableenvironment and application of ‘Smart Solutions’.
The Smart Cities Mission, undoubtedly a new and bold initiative of the
Government, has a committed vision to establish examples that can be presented as
models to be replicated both within and outside the Smart City; thus, in the
process, it can make way for the creation of similar Smart Cities in different parts
and regions of the country.
(a)Water Management(sustainable environment)
At present, the major cities waste up to 50% of water due to pipe leakages. With
sensors fitted on each pipes, water detected and corrected before any heavy loss.
Besides this, the irrigation systems in public parks can automatically turn off
whenever rain is detected to savewater.
Project Working :-
In our projectthere is detection of moistureof soil as there will be decrease in
the level of moisture of soil the water will startto flow fromtank to garden or
farm.
And after gaining sufficientmoisture, the flow of water will stop in this way we
can savewater in a efficient way

3. (b)Energy Management
(i).Smart Streetlights
Project Working :-
In cities street lights remain ON even when there’s no activity in the area
(sometime in daylight too!).then we are usesmart type of sensor, when a
natural light is off at night then automatically light is on during evening time or
light is dim during sun set.

5. (ii)Smart building or room light
Sensors havealso enabled the concept of “LESS ENERGY CONSUMPTION”
underpinning energy management in cities. Cities are considering useof “Smart
Sensor” embedded with Phaseline. For utility service providers,
Project Working :-
Ithelps sensing the no. of people in roomthen automatically light will be ON/OFF.
For consumers, it can provide the real-time energy used and in a way which a user
can not be remind the energy waste in roomor light is off in a room. Based upon
this data, users can change the preferences and make switching systemfor home
appliances decisions about their usagewithout waiting for their energy data
upcoming .
We can control the room lights and other home appliances with the help of
mobile or remote.
(c)Transport Management (Smart Parking)
Traffic can be reduced with sensors thatdetect where the nearest available
parking slot is. Motorists get timely information via display so they can locate a
free parking slot quickly, saving time and fuel. A similar projectis being carried
out at San Francisco called SFPark - where parking spaces havebeen installed in
street places. This concept would be replicated in severalother states in coming
days.
Project Working :-
Our projectis about counting of sufficient vehicles according to space availability.
This smartparking technique project is in our video mentioned below.

7. (d)Traffic control
Project Working :-
The signals communicate with each other and adapt to changing traffic conditions
to reduce the amount of time that cars spend idling. Using fiber optic video
receivers similar to those already employed in dynamic control systems, thenew
technology monitors vehicle numbers and makes changes in real time to avoid
congestion wherever possible. Initial results fromthe pilot study are encouraging:
the amountof time that motorists spentidling at lights was reduced by 40% and
travel times across the city were reduced by 26%.
(e)Green building(Sanitation)
A similar concept is natural building, whichis usually on a smaller scale and
tends tofocus on the use of natural material that are available locally.
Our govt. is providing the machines for making naturally compost fertilizers, so
we can reduce the organic waste of building.

8. And on sanitationthere will be deepdrainage systemsothe under ground
water level is balanced and the building sanitationwill be well maintained.
n
(f)Smart safety,security & surveillance
Itis used by governments for intelligence gathering, the prevention of crime, the
protection of a process, person, group or object, or the investigation of crime. Itis
also used by criminal organizations to plan and commit crimes such as robbery
and kidnapping, by businesses to gather intelligence.
Project working:-

9. we are using electric alarm fencing so we can protect our society fromrobbers.
3.Methodology :-
Methodology does not only include the way of data collection and processing but
in a first step also the actual limitation of the selection of cities examined in the
ranking. There are usually not enough resources to include all cities within this
broad scope a further selection is necessary. Many rankings selectcities on the
basis of their population sizeothers by their importancein matters of global
significance or perceptional importance for their target audience Quite a
comprehensiveselection method was chosen for ranking Finally, data availability
(for the subsequentranking) also plays an important role in the selection of the
cities if resources arelimited. The collection of data is mainly a question of
available project resources.
4.FINDING:-
The project of energy management in which we are implementing coin based
electric charging of systemi.e. E-Rikshaw and E-bikes etc.
TEAM REGISTRATION ID:-SMARTCON0832EX141004
SUBMITTED BY:-
MEDICAPS UNIVERSITY,INDORE
TEAM LEADER :-DEEPAK PATEL 0832EX141004
MOBILE NO. 9575213884
2.DIPAK SONIS 0812EX141014
MOBILE NO. 8871988948

10. 3.VRISHABH SOLANKI 0832EX141015
MOBILE NO. 9826495147
4.PUSHPENDRA CHOUHAN 0812EX141040
MOBILE NO. 8962164409
5.PRATEEK SINGH 0812EX141038
MOBILE NO. 8358815592
MENTOR:-
Dr.L.D ARYA(MEDICAPS UNIVERSITY,INDORE)