The document discusses Mumbai local trains and accidents on the local train network. It notes that over 10 people die every day in railway accidents in Mumbai, with over 36,000 deaths and 36,000 injuries reported from 2002-2012. The main causes of accidents are noted as crossing tracks instead of using foot over bridges, falling off trains due to overcrowding, electrocution from sitting on train roofs, and impacts with nearby electric poles. The document highlights that inadequate infrastructure like fewer foot over bridges than stations, narrow platforms, and poor station design contribute to accidents. It also provides statistics on accidents from a field survey and discusses a case study where a victim may have survived with timely medical help after an accident.
Indian Railways - Lifeline of the NationDINESH GERA
Presentation covers the history of Indian Railways, SWOT analysis as well as the future of railways. Initiative of google to wifi enable 200 stations across country is phenomenal. Someone who want to understand the world's largest rail network in short time, it's a must read for them.
this ppt seeks to introduce the viewer about the evolving trends in Indian Railways and how Indian railways has slowly started to emerge as a technologically advanced transporter .
Our project is the complete study about both Spot speed studies and Speed delay time survey. This topic is a part of Transportation Engineering. This report helps you to understand this topic in detail. This report will also help you to make project on associated topics in traffic engineering. In spot speed, We discussed regarding various methods available to perform the test, Our team practically performed test and established a speed limit zone near a school. Coming to speed delay time survey, we conducted a survey at a selected stretch and came out with solutions to the problems faced by the vehicle users using that stretch.
A presentation by Jennifer Winter, Research Associate at The School of Public Policy, University of Calgary, on her report Safety in Numbers: Evaluating Canadian Rail Safety Data which was released April 2, 2014.
Indian Railways - Lifeline of the NationDINESH GERA
Presentation covers the history of Indian Railways, SWOT analysis as well as the future of railways. Initiative of google to wifi enable 200 stations across country is phenomenal. Someone who want to understand the world's largest rail network in short time, it's a must read for them.
this ppt seeks to introduce the viewer about the evolving trends in Indian Railways and how Indian railways has slowly started to emerge as a technologically advanced transporter .
Our project is the complete study about both Spot speed studies and Speed delay time survey. This topic is a part of Transportation Engineering. This report helps you to understand this topic in detail. This report will also help you to make project on associated topics in traffic engineering. In spot speed, We discussed regarding various methods available to perform the test, Our team practically performed test and established a speed limit zone near a school. Coming to speed delay time survey, we conducted a survey at a selected stretch and came out with solutions to the problems faced by the vehicle users using that stretch.
A presentation by Jennifer Winter, Research Associate at The School of Public Policy, University of Calgary, on her report Safety in Numbers: Evaluating Canadian Rail Safety Data which was released April 2, 2014.
How we built a change platform by accident! #MATEXP…no hierarchy, just peopleWhose Shoes?
It's official - #MatExp is a change platform! Our collaborative presentation at NHS Expo, 2 September 2015 explaining our crowdsourced, inclusive (fun!) approach to improving maternity services across the UK - and beyond!
When rail safety issues or incidents start to arise, community leaders and concerned citizens need a process to resolve the issue. This book provides an easy to follow framework to guide community leaders towards safer environments and reduction of safety risks. Simply put, this guide details the steps a community should follow to make their environment safer for everyone.
A guide for communities to resolve rail safety issues and prevent incidents. More rail safety information is at http://www.operationlifesaver.ca
Radhee first aid box items explanation for railway accidentRADHEE Foundation
Perday 20-22 accidents in Railway. 50% die due to delay in early medical response. We at RADHEE promoting the Railway staff should give first aid to save lives.
Automatic Railway Gate Control
Project Objective :
Provide an automatic railway gate at a Level crossing replacing the gates operated by the gatekeeper to provide safety to the road users by reducing the accidents.
video URL :
http://www.youtube.com/watch?v=c0Z61bOQp8w
Railway Level Crossing Accidents Preventer is an exiting research in the railway department which provides safety and prevents the accidents in the nation.
The main objective of this project is to fabricate a fully automated manned & unmanned railway crossing. In this project, the sensor checks the train before reaching the level crossing from a particular distance depending on the capacity of the sensor and gives a command to the receiver units.
When a train approaches the level crossing an alarm sound is produced and the RED light displayed. At that time our device fixed vehicles that is nearing the level crossing will receive the message and will be stopped.
Similarly after the train crosses the level crossing, the sensor senses the train has crossed the level crossing, and gives a command to the receiver units. Now the alarm stops and the GREEN light glows and the signal allows the vehicles to moves on.
The presentation looks into the BRT-related road safety issue in Asia and safe BRT designs. Binoy Mascarenhas, Manager, Urban Transport, EMBARQ India, led the session in Kuala Lumpur, Malaysia, part of Workshop on Quantifying the Environmental, Social, and Economic Benefits from BRT Systems on June 24 – 25, 2014. The workshop was organized by the Asia LEDS Partnership and hosted by the Malaysia Land Public Transport Commission (SPAD), with additional funding from the USAID and the LEDS Global Partnership Transport Working Group, and support from Clean Air Asia, EMBARQ.
At present, there are many problems being faced by road users in urban area with limitation of land space and traffic congestion, pedestrian are one of the most vulnerable entities of the transportation system It is observed that there is an increase in number of conflicts between pedestrian and the vehicles in the city. In order to mitigate the conflicts between vehicular traffic and pedestrian traffic an attempt is made to provide a Skywalk. The present study involves the Opinion survey of pedestrians, Mid-block traffic count, pedestrian count were carried out for Ashoka road on weekdays and weekends. From the opinion survey, traffic count and pedestrian counts we can conclude that there is a need to construct Skywalk to reduce the pedestrian accidents rates on Ashoka road.
Mumbais Local Trains and the Daily Commute Struggle .pdfaanchal2309
The heart of India, Mumbai, pulsates with life, and at the core of its bustling rhythm lies an intricate web of local train networks. For millions of Mumbaikars, boarding a local train is not just a means of transportation; it's a daily battle, a saga of resilience against the overwhelming tide of commuters. Each day unfolds like a warzone, where boarding a train becomes akin to claiming victory. But what fuels this relentless struggle? Is it the ever-growing population, or are there other factors at play?
The Pinnacle of Mumbai's Commute: Local Trains
Mumbai's local trains are more than just a mode of transportation; they are lifelines connecting distant suburbs to the city's beating heart. Every compartment echoes with the cacophony of conversations, the rhythmic clatter of wheels on tracks, and the collective sighs of exhaustion. Boarding one of these trains is a daily ritual, an ordeal that transcends mere travel.
The Daily Battle for Space
The surge of humanity during rush hours transforms the train platforms into a sea of people, all vying for a coveted spot within the compartments. Harried office-goers, students, and homemakers find themselves caught in a struggle to simply board the train. The phrase "every man for himself" takes on a literal meaning as individuals navigate the chaos, displaying a mix of determination and survival instincts.
Population Explosion or Urban Dynamics?
The ever-increasing population of Mumbai undoubtedly contributes to the intense commuter congestion. However, it's not the sole culprit. The city's magnetic pull, fueled by economic opportunities and cultural richness, draws people from across the country. As the city's allure grows, so does the influx of residents, intensifying the battle for a spot on the local trains.
Infrastructure Challenges
While the local trains are a lifeline, the infrastructure faces its own set of challenges. Overcrowded platforms, limited train frequencies, and occasional technical glitches exacerbate the daily ordeal. Despite the resilience of Mumbaikars, the need for robust infrastructure upgrades remains evident to alleviate the stress on the local train system.
Community and Camaraderie Amid Chaos
Amidst the chaos, a unique sense of community emerges within the train compartments. Strangers share fleeting moments, offering a knowing smile or an understanding nod as they collectively navigate the challenges of Mumbai's local trains. This shared experience fosters a sense of camaraderie, transforming the daily ordeal into a shared narrative that binds the diverse fabric of the city.
the struggle to travel on Mumbai's local trains is a complex interplay of population dynamics, urban allure, and infrastructural challenges. While the daily commute may resemble a battlefield, it also serves as a testament to the resilience and unity of Mumbaikars. As the city evolves, finding sustainable solutions to the challenges posed by local train travel becomes paramount, ensuring
International Journal of Engineering Research and Applications (IJERA) is an open access online peer reviewed international journal that publishes research and review articles in the fields of Computer Science, Neural Networks, Electrical Engineering, Software Engineering, Information Technology, Mechanical Engineering, Chemical Engineering, Plastic Engineering, Food Technology, Textile Engineering, Nano Technology & science, Power Electronics, Electronics & Communication Engineering, Computational mathematics, Image processing, Civil Engineering, Structural Engineering, Environmental Engineering, VLSI Testing & Low Power VLSI Design etc.
Techniques to optimize the pagerank algorithm usually fall in two categories. One is to try reducing the work per iteration, and the other is to try reducing the number of iterations. These goals are often at odds with one another. Skipping computation on vertices which have already converged has the potential to save iteration time. Skipping in-identical vertices, with the same in-links, helps reduce duplicate computations and thus could help reduce iteration time. Road networks often have chains which can be short-circuited before pagerank computation to improve performance. Final ranks of chain nodes can be easily calculated. This could reduce both the iteration time, and the number of iterations. If a graph has no dangling nodes, pagerank of each strongly connected component can be computed in topological order. This could help reduce the iteration time, no. of iterations, and also enable multi-iteration concurrency in pagerank computation. The combination of all of the above methods is the STICD algorithm. [sticd] For dynamic graphs, unchanged components whose ranks are unaffected can be skipped altogether.
Chatty Kathy - UNC Bootcamp Final Project Presentation - Final Version - 5.23...John Andrews
SlideShare Description for "Chatty Kathy - UNC Bootcamp Final Project Presentation"
Title: Chatty Kathy: Enhancing Physical Activity Among Older Adults
Description:
Discover how Chatty Kathy, an innovative project developed at the UNC Bootcamp, aims to tackle the challenge of low physical activity among older adults. Our AI-driven solution uses peer interaction to boost and sustain exercise levels, significantly improving health outcomes. This presentation covers our problem statement, the rationale behind Chatty Kathy, synthetic data and persona creation, model performance metrics, a visual demonstration of the project, and potential future developments. Join us for an insightful Q&A session to explore the potential of this groundbreaking project.
Project Team: Jay Requarth, Jana Avery, John Andrews, Dr. Dick Davis II, Nee Buntoum, Nam Yeongjin & Mat Nicholas
Quantitative Data AnalysisReliability Analysis (Cronbach Alpha) Common Method...2023240532
Quantitative data Analysis
Overview
Reliability Analysis (Cronbach Alpha)
Common Method Bias (Harman Single Factor Test)
Frequency Analysis (Demographic)
Descriptive Analysis
The Building Blocks of QuestDB, a Time Series Databasejavier ramirez
Talk Delivered at Valencia Codes Meetup 2024-06.
Traditionally, databases have treated timestamps just as another data type. However, when performing real-time analytics, timestamps should be first class citizens and we need rich time semantics to get the most out of our data. We also need to deal with ever growing datasets while keeping performant, which is as fun as it sounds.
It is no wonder time-series databases are now more popular than ever before. Join me in this session to learn about the internal architecture and building blocks of QuestDB, an open source time-series database designed for speed. We will also review a history of some of the changes we have gone over the past two years to deal with late and unordered data, non-blocking writes, read-replicas, or faster batch ingestion.
Adjusting OpenMP PageRank : SHORT REPORT / NOTESSubhajit Sahu
For massive graphs that fit in RAM, but not in GPU memory, it is possible to take
advantage of a shared memory system with multiple CPUs, each with multiple cores, to
accelerate pagerank computation. If the NUMA architecture of the system is properly taken
into account with good vertex partitioning, the speedup can be significant. To take steps in
this direction, experiments are conducted to implement pagerank in OpenMP using two
different approaches, uniform and hybrid. The uniform approach runs all primitives required
for pagerank in OpenMP mode (with multiple threads). On the other hand, the hybrid
approach runs certain primitives in sequential mode (i.e., sumAt, multiply).
06-04-2024 - NYC Tech Week - Discussion on Vector Databases, Unstructured Data and AI
Discussion on Vector Databases, Unstructured Data and AI
https://www.meetup.com/unstructured-data-meetup-new-york/
This meetup is for people working in unstructured data. Speakers will come present about related topics such as vector databases, LLMs, and managing data at scale. The intended audience of this group includes roles like machine learning engineers, data scientists, data engineers, software engineers, and PMs.This meetup was formerly Milvus Meetup, and is sponsored by Zilliz maintainers of Milvus.
Adjusting primitives for graph : SHORT REPORT / NOTESSubhajit Sahu
Graph algorithms, like PageRank Compressed Sparse Row (CSR) is an adjacency-list based graph representation that is
Multiply with different modes (map)
1. Performance of sequential execution based vs OpenMP based vector multiply.
2. Comparing various launch configs for CUDA based vector multiply.
Sum with different storage types (reduce)
1. Performance of vector element sum using float vs bfloat16 as the storage type.
Sum with different modes (reduce)
1. Performance of sequential execution based vs OpenMP based vector element sum.
2. Performance of memcpy vs in-place based CUDA based vector element sum.
3. Comparing various launch configs for CUDA based vector element sum (memcpy).
4. Comparing various launch configs for CUDA based vector element sum (in-place).
Sum with in-place strategies of CUDA mode (reduce)
1. Comparing various launch configs for CUDA based vector element sum (in-place).
Report on railway accidents in mumbai with case study
1. V.J.T.I. Mumbai Locals “Life Line or Life Stealing”
Page 1
MMUUMMBBAAII LLOOCCAALLSS
““LLIIFFEE LLIINNEE OORR LLIIFFEE SSTTEEAALLIINNGG””
Submitted by
A report submitted as curriculum requirement in the subject
Presentation and Communication Skills
VVEEEERRMMAATTAA JJIIJJAABBAAII TTEECCHHNNOOLLOOGGIICCAALL IINNSSTTIITTUUTTEE
MMAATTUUNNGGAA
GUIDED BY
Ms. RUPA DESHMUKHYA
NNAAMMEE OOFF TTHHEE SSTTUUDDEENNTT
POOJA G. SANAP
POOJA R. VERMA
CHAITRALI V. AHIRE
YOGITA B. DESHMUKH
RROOLLLL NNOO
121061901
121061903
121061904
121061905
ASHWINI J. WAGHMARE 121061906
SHWETA R. BARGODE 121061907
2. V.J.T.I. Mumbai Locals “Life Line or Life Stealing”
Page 2
Acknowledgement
It is indeed a matter of great pleasure and proud privilege to be able to present this
report on “Mumbai Locals: Life Line or Life Stealing”.
The completion of this report work is a millstone in student life and its execution is
inevitable in the hands of guide. We are highly indebted guides Ms. RUPA DESHMUKHYA
for her invaluable guidance and appreciation for giving form and substance to this report. It is
due to her enduring effort, patience and enthusiasm, which has given a sense of direction and
purposefulness to this report and ultimately made it a success.
We would wish to thanks our friends family & society who have helped us all the
time one way or other.
3. V.J.T.I. Mumbai Locals “Life Line or Life Stealing”
Page 3
Abstract
Mumbai is the financial and commercial capital of India. Mumbai wouldn’t have
achieved this without the lifeline of the city –its local trains. For any large densely populated
urban area, the local trains are essential for a speedy cross-over of a large population over
long distances. Lakhs of people travel regularly and commute by local trains over varying
distances ranging from 10 to 60 kilometer a day.
Keyword: Mumbai, Suburban Local Trains, Lifeline, Life Stealing, Key Findings,
Accidents & Causes, Field Survey, Case Study, Conclusion, Recommendation,
Bibliography
4. V.J.T.I. Mumbai Locals “Life Line or Life Stealing”
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Introduction
When a true to the core Mumbaikar utters “Aamchi Mumbai”, the local trains will
always be an inseparable element of the true spirits reflected in these. The locals have
become a hallmark of Mumbai and one is not surprised to know that the daily commuters call
the locals as their first homes; this is not surprising considering the fact that some of them
spend more than six hours travelling in these trains day in and day out. The Great Indian
Peninsular Railway, which later formed the nucleus of the present day Central Railway, came
into existence on April 16, 1853, when the first train on the Indian Sub-continent steamed off
from Mumbai to Thane, a modest stretch of only 34 kms.
MMUUMMBBAAII LLOOCCAALLSS ““LLIIFFEE LLIINNEE OORR LLIIFFEE SSTTEEAALLIINNGG””
Central Railway has since grown manifold. The geographical spread of the population
and location of business areas, the rail network is the principal mode of mass transport in
Mumbai.
The populace suburbs depend on the local trains for their daily bread and butter.
Banks, mills, software firms, government offices and others services and businesses heavily
rely on the railways for its sustenance. Also schools and colleges have many students and
staff relying on railways for commuting. Even a single day’s stoppage will amount to huge
losses, on an individual basis to the commuters and on a collective basic to the commercial
sector. Industries like steel Plants, Cement factories, fertilizer factories, refineries, food
grains, salt, fertilizers, and petroleum agricultural products and agro industries are relying on
railways for freight purposes.The system operates 2342 train services and carries more than
7.42 million passengers every day. Thus it is Mumbai‟s lifeline.
The major problem with these trains is overcrowding due to extensive
population. Over 4,500 passengers are packed into a 9-car rake during peak hours, as against
the rated carrying capacity of 1,700. Also, many fatalities have been reported due to
excessive crowding. Over the past 10 years (2002–2012), more than 36,152 lives have been
lost on tracks and 36,688 people have been injured. The women’s safety while travelling in
train is also being issue. Train accidents on suburban Mumbai local routes have claimed
23,473 lives in the past 11 years, information sought under an RTI had revealed. Over-
crowding, illegally crossing the railway tracks, and standing on the foot boards of the doors
of the compartments, leads to a lot of accidents during the crowded hours. Which is
somewhat being in coming year life stealing.
5. V.J.T.I. Mumbai Locals “Life Line or Life Stealing”
Page 5
Key Findings
1. Accidents & Deaths on Mumbai‟s Local Suburban Trains
Railway accidents can be dramatic, causing serious damage and disruption, and
sometimes killing and injuring crew, passengers and other people at the scene. However,
compared with road deaths and injuries, far fewer people are killed or hurt each year on the
railways. This has been the case since road toll statistics were first collected in 1921
10 people die every day in railway accidents in Mumbai.36, 152 people have died and
36,688 injured on Mumbai’s Suburban (Local) Trains, from 2002 to 2012. Of the 36,152
deaths, 15,053 occurred on Mumbai’s Western Railway line and 21,099 occurred on
Mumbai’s Central Railway. Mumbai’s Suburban Railway Train Services are among the
busiest in the world. 7 to 7.5 million people use Mumbai’s Local Rail network daily. This is
impressive when compared to other large cities, such as New York (5.25 million), London
(3.75 million), Tokyo (6.3 million), Shanghai (5.6 million), Singapore (2.4 million), Paris
(4.5 million), etc. Unfortunately, Mumbai’s Suburban Trains have among the Highest
Number of Accidental Deaths among suburban railway networks in the world.
2. Historic statistics
Rail deaths and injuries are caused by train crashes and derailments, but also by
shunting mistakes, level crossing collisions, and trespass and vandalism. The number of
people killed or injured in railway accidents was higher in the years when more people were
travelling by train. The 1920s to 1940s were the peak years for rail travel – and for deaths and
injuries.
6. V.J.T.I. Mumbai Locals “Life Line or Life Stealing”
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Causes of Accidents- Mumbai‟s Trains
The main causes for the high number of accidents on Mumbai’s Rail network are as
follows:
1) Crossing Tracks and Trespassing: 2/3 of all fatal accidents (approx 24,000) are
because of people crossing the tracks rather than using the Foot-Over-Bridge (FOB).
Also large parts of Railway land near the tracks have been encroached and people live
in close proximity to the rail tracks, which leads to accidents.
2) Falling Off Trains: This occurs due to overcrowding.
3) Electrocution: It is a common sight to see commuters sitting on the roof of trains.
After the conversion of Mumbai local railway lines from Direct Current (DC) to
Alternating Current (AC), it has become even more dangerous to sit on the roof.
4) Impact with Railway Electric Poles: Travelers leaning out of local trains are at a
risk of being hit by electric poles that are all along the tracks.
5) Mechanical problems: Faults with modern locomotives pulling trains are uncommon,
but parts can become worn or broken. Overheated axle bearings have caused
derailments, and brake failure has led to some accidents
6) Weather and geology: The combination can lead to floods and subsidence that
destroy sections of track or make them treacherous. When curves block the driver’s
view ahead, collisions with slips are hard to avoid.
7) Carelessness at level crossings: Level crossings, where roads intersect with railway
tracks, are a common accident site. Accidents happen when drivers fail to look, or
underestimate the speed of the oncoming train. Accidents often occur when the driver,
shunting or station crew makes errors of judgment. Speeding, not following
procedures, missing or ignoring signals, falling asleep and drunkenness are some
examples.
8) Terrorist attacks: The Mumbai Suburban Railway has suffered 8 blasts and around
368 people are believed to have died as a result.
12 March 1993 – bomb blast at Reay Road station
13 March 2003 – A bombing in a train in Mulund killed 20
26 July 2006 – A series of seven bombs in trains killed 209
26 November 2008 – Chhatrapati Shivaji Terminus was attacked during the 2008
Mumbai -Attacks killing at least 60 people.
7. V.J.T.I. Mumbai Locals “Life Line or Life Stealing”
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Picture 1
“Factors That Increase Risk of Accidents on Mumbai‟s Local Train Service”
1) No escalators at any of Mumbai Railway stations. This makes it cumbersome to cross
railway bridges. Hence many people prefer to take the easy way out by crossing railway
tracks.
2) Mumbai’s Local Railway System has only 89 Foot over Bridges (FOB) and 7 Subways.
Considering that Mumbai’s Railway Network has 136 Suburban stations (36 Western
Railway, 62 Central Railway, 38 Harbor Line), it is clear that the number of FOB is
inadequate.
3) The problem with many Mumbai railway stations is that they have narrow and too few
Railway Bridges (FOB).As a result; it takes a long time for passengers to either get out
of the station of arrive on the platforms. Many passengers prefer to cross the railway
tracks to save time. This leads to rail accidents. It is a miracle that stampedes do not
occur often on Mumbai’s suburban stations.
4) Inadequate number of train services on Mumbai Rail network. This leads to
overcrowding and increased risk of accidents due to pushing or attempting to catch the
train. Anyone who has traveled in a Fast train during peak hour from Churchgate to
Virar or VT to Dombivali will be able to empathize.
8. V.J.T.I. Mumbai Locals “Life Line or Life Stealing”
Page 8
5) Squatters and slums along Mumbai’s railway tracks lead to increased accidents. It’s a
shame that Indian Railways has allowed so much of their land around tracks to be
encroached. This land could have been used to increase Mumbai’s Rail infrastructure.
6) Poor design of Railway rakes. Most cities are opting for Metro services which are
comfortable (climate controlled) and safe (doors close when train starts). On the other
hand, Mumbai’s local trains have had more or less the same design for the last 50 years,
with minor design tweaks. The number of people who hang out of the large open wagon
doors is alarming. Commuters are forced to hang out because of overcrowding and poor
ventilation inside the train rake. Mumbai’s Rail authorities are still living in an older,
more backward age.
7) Many Mumbai stations have narrow railway platforms which get overcrowded during
peak hours. These narrow platforms can be potentially dangerous with as light nudge
sending a commuter on the tracks. Observe the crowded Dadar railway station during
peak hours. On top of this, callous railway officials have allowed stalls to be put, which
further reduce the space available to commuters.
8) Lack of Railway police to prevent passenger’s from sitting on the roof of trains. When
was the last time you saw a Railway police official on the railway platform?
9) Most of Mumbai’s Local train stations have poor medical facilities. Lack of immediate
treatment of accident victims, increases fatalities.
10) Narrow and crowded lanes near many stations; this delays the arrival of Ambulances in
case of accidents.
11) Large Gap between railway platform and railway track. At times people have fallen
through these gaps.
12) The Railway electric poles are too close to the tracks; as a result many accidents occur
when commuters are hit by these poles. Railway authorities should have designed these
at a distance.
13) excess of passengers over the capacity is the root cause of the extra rush during boarding
and alighting leading to risky behavior such as fighting, pushing and jostling to get into
the trains and some forms of risky travel practices such as hanging outside the
compartment or travelling over the roof of the coaches, etc
9. V.J.T.I. Mumbai Locals “Life Line or Life Stealing”
Page 9
Based on the reports of Commission of Railway Safety and Departmental Enquiry
Committees, out of 93 consequential train accidents during 2010-11, 59 were attributable
to failure of Railway staff, 10 due to failure of other than Railway staff, 2 due to failure
of equipment, 16 due to sabotage, 2 due to combination of factors, 4 due to incidental
factors. Loss to Railway property in the above 93 consequential train accidents has been
estimated to be approximately Rs. 71.93 crore. As shown in graph, year by year the no.
of death in train accident goes on increasing.
Fig.1
0
50
100
150
200
2000
2001
2002
2003
2004
2005
2006
2007
2008
2009
2010
2011
2012
2013
YEARS
A
C
C
I
D
E
N
T
S
10. V.J.T.I. Mumbai Locals “Life Line or Life Stealing”
Page 10
Field Survey
Q.1- According to you, which is the main reason of accidents??
A] crossing tracks B] overcrowding C] electrocution D] electric poles E] agree to all
Answer:
Fig.2
Q.2- Is following factors responsible for rail accidents & injuries..???
A] mechanical problems B] weather & geology C] level crossing D] terrorist attacks
Answer:
Fig.3
23%
35%
13%
19%
10%
Opinion of people travelling by trains
Crossing Tracks
overcrowding.
Electrocution
Electric Poles
Average
77%
18%
5%
Yes
No
Neutral
Response of passengers
11. V.J.T.I. Mumbai Locals “Life Line or Life Stealing”
Page 11
Q.3- What are the most significant problem faced by Indian rail service?
Answer: 1) Old Track and Poor State of Rolling Stock 2) Lack of Modern Management
3) Problem of Laying Double Lines 4) Attack on Railways
Q.4-Is accidents in
Answer: The incidence of railway accidents in our country is greater as compared to other
countries of the world. Accidents occur due to the errors and negligence of the employees.
Q.4- How do you prevent rail accident?
Answer: self-vigilance, adherence to the rules/regulations and following safe practices that
means no crossing of rail-tracks by the passengers, no hanging outside trains, no sitting on
train roof-tops and no jostling while boarding/alighting from the trains, especially moving
trains
Case study
„Improve rescue, relief monitoring for local train accidents‟
While stretchers are provided in long distance trains, due to lack of space in EMU
motor cab, none is kept in the suburban train. Stretchers inside local trains, live rescue and
relief monitoring system, mobilization of local police and affixing responsibility on officials
who failed to perform their duty were some of the suggestions submitted Wednesday to the
Bombay High Court-appointed accident monitoring committee, by friends and relatives of
Dhaval Lodaya (18). The meeting was conducted inside the station manager’s office at Dadar
station.
Dhaval died in the accident on March 20, after the last five coaches of a CST-bound
Kasara local derailed between Titwala and Ambivli railway stations in Thane district.
Dhaval‟s relatives: He was alive for an hour after the accident, but succumbed to injuries
due to lack of timely medical help.
Dr.Sarosh N Mehta: in 2001, the Bombay High Court in 2004 appointed an accident
monitoring committee to look into accident-related passenger grievances. The committee,
comprising representatives from the railway and other stakeholders, is required to meet once
in 60 days. The committee, which has to meet aggrieved passengers from both Central
Railway and Western Railway, has to submit a report every six months to the general
manager.
While stretchers are provided in long distance trains, due to lack of space in electric multiple
unit (EMU) motor cab, none is kept in the suburban train.
12. V.J.T.I. Mumbai Locals “Life Line or Life Stealing”
Page 12
The committee members: they would suggest the railways to create a rack inside the motor
cab where a foldable stretcher can be kept.
Dharshak Rupani, Dhaval‟s uncle: “Railways should train station staff, railway police and
Railway Protection Force (RPF) to help accident victims and priorities relief and rescue
work. A report from every official who was at the accident spot should be submitted to
identify the lacunae and reward officers who did their duty. There should be a live rescue and
relief monitoring system.”
Jai Lodariya (20), a friend :( travelling with Dhaval) the alleged negligence of the police,
ambulance authorities and bystanders, to the committee Wednesday.“Within two minutes of
the accident, over 150 people were at the spot. They were busy taking pictures and videos. I
kept begging for help but no one came forward. One RPF official started asking us for details
like residential address. I told him we would give all of it but we must first shift Dhaval to the
hospital. There were other police officials who were busy barricading the area but refused to
help us.”
According to Jai, he was abused by the ambulance drivers when he tried to take the stretcher
to lift Dhaval. The accident took place at 2.50 pm and Dhaval, who was flung out of the train
due to the derailment, was alive till 3.30 pm.
Dhaval’s relatives were unhappy with the lack of proper conduct in the meeting due to
passenger representatives and NGOs, who allegedly did not allow the family to put forward
their grievances. No one is even aware that a committee exists to look into accident-related
problems. From the proceedings of the committee, it only looks like they are a suggestion
box and nothing will change in the system.
13. V.J.T.I. Mumbai Locals “Life Line or Life Stealing”
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Conclusion
A gigantic city, such as Mumbai has its gigantic travel problems. Some sound
planning, efficient management and a fairly disciplined citizen population have helped to
control the accident rate in spite of a very heavy travel count, the highest in the country.
There is sufficient room to reduce it drastically with the co-operation of the travelers
themselves. Most of the accidents are attributable to ignorance, negligence, carelessness,
flouting of set norms/rules, drunken driving, over-speeding etc. A loss of an able bodied
young and/or learned person is not just a loss to his/her family; it is a loss to the nation.
We need to undertake a vigorous awareness campaign to instill discipline in the
people at young age itself. Right from school days the children must be taught travel safety
and the proper rules of travel and the reasons why they need to be implicitly obeyed. Adult
awareness programmes must also be undertaken in the public places. E.g. on the railway
platforms, on TV channels and by distribution of brochures/booklets to instill these values in
the grown up people too. The educated children can be made to take part in the adult
awareness programmes and will prove to be a great motivating force even for their elders.
Past experience shows that a concerted effort in such a constructive direction always
achieves immediate results. Well, then let us do it and earn a pride of place for 'AAMCHI
MUMBAI' among mega-cities as a safe and a disciplined metropolis.
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Recommendation
The trend of the accidents is seen to be on the decline and the credit must go the
efforts of the police (GRP), the volunteer passenger organizations, such as the Mumbai
Suburban Railway Passengers' Association and the railway authorities in the measures taken
to reduce the accidents and increase safety awareness among passengers. A lot more needs to
be done
1) The railways have taken many steps for improving the rail-safety, such as: Improvement
and updating of the signal system, Increasing the number of rakes to increase capacity,
Adding more tracks to increase capacity and speed up traffic, Removal of some of the
vertical poles close to the tracks, Reduction of the distance between compartments and
platforms.
2) A suitable technical solution can always be found and implemented. There are standards
given such as the maintenance of a minimum horizontal distance of 7ft from the centre of
the tracks to the vertical poles, 5ft 6inches (plus/minus 6inches) from the centre of the
tracks to the face of the platform and 2ft 6inches (plus/minus 3inches) height of the
platform from the top of the rail to maintain a safe vertical clearance between the
compartment and the platform.
3) Make Rail-Travel Safe
i. The major works by the railways apart, it is quite possible to make rail-travel safer by
adhering to the set norms of railway safety, high quality of maintenance and vigilant
supervision by the railway authorities, observance of rules and regulations by all
without exception, avoiding risky behavior/practices while travelling and by adopting
humane values of tolerance and universal brotherhood by the passengers.
ii. The railways must build sufficiently broad and strong foot-bridges/subways for
crossing the tracks and also close the crossing points, frequented by the pedestrians
for crossing the tracks with fencing, etc.
iii. Effective ways to avoid accidents for the citizens are: self-vigilance, adherence to the
rules/regulations and following safe practices, that means no crossing of rail-tracks by
the passengers, no hanging outside trains, no sitting on train roof-tops and no jostling
while boarding/alighting from the trains, especially moving trains.
4) Railways take Safety Measures to Prevent Accidents: Safety is accorded the highest
priority by Indian Railways and all possible steps are undertaken on a continuing basis to
prevent accidents and to enhance safety.
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i. Include progressively achieving reduction in accidents attributable to human failure
by way of introduction of modern technologies and devices and mechanization of
maintenance.
ii. Take Safety measures by timely replacement of over-aged assets, adoption of suitable
technologies for up gradation and maintenance of track, rolling stock, signaling and
interlocking systems, safety drives, greater emphasis on training of officials and
inspections at regular intervals to monitor and educate staff for observance of safe
practices.
iii. Safety devices/systems being introduced to prevent accidents include provision of
Block Proving Axle Counters (BPAC), auxiliary Warning System (AWS), Fog Safe
Device, Vigilance Control Device (VCD), Train Protection and Warning System
(TPWS), Train Collision Avoidance System (TCAS)/Anti Collision Device (ACD)
etc.
iv. Inquire each and every consequential train accident into either by Commission of
Railway Safety under the Ministry of Civil Aviation or by a Departmental Enquiry
Committee depending upon severity of the accidents.
5) Communication by the SM/Incharge of the section receiving advice of an accident: The
SM on receiving an information of any accident should immediately take action for:
i. Not allowing any movement in the affected block section;
ii. Informing SM of the other end to ensure the same.
iii. Informing local or nearest RPF and GRP officials to provide protection to the site of
accident and render assistance to the injured and stranded passengers.
iv. Advising the section controller on controlled section, regarding the accident, the
nature of the medical assistance and Mechanical rescue equipment required and
assistance being arranged locally.
v. In case of non- controlled section or if the control is inoperative, the SM shall contact
the Divisional Control Office or Sr. DOM, DOM, Sr. DSO /DSO, ADSO, AOM, or
DRM / ADRM or any other divisional officer or the nearest Area Officer on
telephone using PCO/STD booth or by booking an urgent trunk call even from
private premises when STD facility is not available.
vi. In case any telephonic communication is not available the SM or official concerned
may also hire a vehicle to send the message to the nearest place from where
information can be conveyed to Control office / Railway Officers.
16. V.J.T.I. Mumbai Locals “Life Line or Life Stealing”
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vii. Alerting the local/railway doctors and hospitals as per the list available in his office
for providing immediate medical aid to the injured passengers. In case of fire, fire
brigade should be requisitioned.
viii. Informing the railway rescue volunteers registered at the station
ix. Giving preference to doctors and other medical staff.
6) General instructions: The objectives to be achieved in the case of an accident are:
i. Protection of adjacent running lines &the site of accident;
ii. Save life and alleviate suffering;
iii. Protect property including mails;
iv. Provide succor and help to the passengers at the site of the accident;
v. Transportation of stranded passengers;
vi. Preservation of clue & ascertain the cause of the accident; and
vii. Restoration of through communication.
viii. All Railway men whether on duty or otherwise, to involve in rescue and relief
Operations.
ix. Utmost speed in rushing medical and other relief to the site of accident.
x. Utmost care, consideration and courtesy towards the passengers involved in the
accident.
xi. Adequate and swift arrangements for supply of food, drinking water etc. to the
affected passengers.
xii. Quick transmission of information, particularly details of dead and injured to their
relatives & others.
xiii. Security of passenger’s luggage and Railway property.
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Bibliography
1] Newspaper- Lokmat & Maharashtra times
2] NDTV news channel
3] http://rohanrrao.wordpress.com/2007/07/17/local-trains-the-lifeline-of-mumbai/
4] https://www.google.co.in/#q=train+accidents+in+mu
5] http://indianexpress.com/article/cities/mumbai/improve-rescue-relief-monitoring-for-local-
train-accidents/
6]https://www.google.co.in/search?q=mumbai+local+train+accident&tbm=isch&source=lnm
s&sa=X&ei=NQVDU8zdDMWnlQWN0oGoBw&ved=0CAgQ_AUoAQ&biw=1600&bih=7
98&dpr=1
7] A Survey on Mumbai Suburban Local Train Travelers by review of integrative business &
economic research paper
8]Personal visit and survey at the accidental area.