Voice Based E-Mail System For Blind People Using Speech Recognition Technology

International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056
Volume: 09 Issue: 08 | Aug 2022 www.irjet.net p-ISSN: 2395-0072
© 2020, IRJET | Impact Factor value: 7.529 | ISO 9001:2008 Certified Journal | Page 728
Voice Based E-Mail System For Blind People Using Speech Recognition
Technology
Prof. Suresh Chimkode1, Sara Fatima2
1,2 Dept. of CSE Engineering, Guru Nanak Dev Engineering College, Karnataka, India
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Abstract – The Internet has evolved one of the basic
comforts for day-to-day living. Every human being is widely
accessing details and knowledge through the internet.
However, visionless and disabled individuals encounter
complications in accessing these text materials. The
improvement in computer-based availablesystemshasspread
up many routes for the visually impaired across the world in a
wide way. An Audio feedback-based virtual surroundings like
the screen readers has allowed Visionless people to access
internet applications greatly. We describe the Voicemail
system architecture that can be used by a Visionless person to
send e-Mails easily and efficiently. The contribution made by
this study has allowed Blind people to send voice-based e-Mail
transmissions with the aid of a computer.
Key Words: Speech Recognition Technology, Python,
Flask, HTML5.
1. INTRODUCTION
In today’s world Internetisconsidereda majorstorehouseof
information. Without it no single work is possible. It is even
considered one of the de facto methods that are used in
communication. In the business world, especially email is
one of the most common forms of communication out of all
methods. But all people can not use the internet. The reason
is you would need to know what is written on the screen to
access the internet. If you are not able to see it or is not
visible it is of no use. So this is making the internet a
completely not used technology for the people who are
visually impaired and illiterate. Some systems that are
available currently, for example, the screen readers TTSand
ASR do not provide full efficiency to the people who are
visually impaired to use the internet technology. As nearly
285 million people throughout the world are estimated
visually impaired it become necessary to make technical
facilities for communication useful for them also.
Hence, we have reached up with this projectinwhichwewill
be creating a voice-based email systemthatwill helpvisually
damaged individuals who are inexperienced to computer
systems to use email facilities in a hassle-free manner. The
users of this system would not require having any
fundamental knowledge about keyboard shortcutsor where
the keys are located. All operations are based on easymouse
click functions creating it very comfortable for any kind of
user to utilize this technique. Also, the user need not bother
about recognizing which mouse click operation he/she
needs to perform to avail of a provided benefit as the system
itself will be prompting them as to which click will deliver
them with what processes.
1.1 Problem Statement
Internet has made The Internet has made the life of people
easy by providing access to information,contactwithothers,
expand a business. To communicate over theinternetE-mail
is supposed to be the most reliable way for sending or
receiving some important information. There is a special
standard for humans to access the Internet and thestandard
is you must be capable to see. But there are some visually
challenged people or blind peoplewhocannotseethings and
thus cannot get the use of technology. So, for the betterment
of community and giving equal statustosuchspecially-abled
people we have come up with this project idea.
1.2 Existing System
Usually, email is sent by seeing the screen and typing the
message and other necessary details or by entering details
on a smartphone. The existing systems do not support any
voice commands or audio facilitiesthereforeitisnotsuitable
for visually challenged people. Also, there is various existing
search engine that takes request in form of text from the
user and retrieves the relevant documents from a server to
respond by displaying them in the form of text which is not
possible for visually challenged people.
1.3 Proposed System
To develop a system that can listen to and understand the
voice of the user which will enable him/her to send emails
just via his voice. An interactive Website will be made with
Voice Assistant Accessibility which will enable a visually
damaged individual to send and read emails.
2. IMPLEMENTATION
A.Login:
This module will question the user to deliver the username
and password. This will be agreed in speech. Speech
This system is currently being createdbyus.Thesubsequent
modules are the ones that arealreadycreated.Theircreation
is as follows:

translation will be done to text and the user will be told to
validate whether the attributes are entered accurately or
not. Once the access is done accurately database will be
checked for access. If the user is authorized it will be
referred to the homepage.
B. Home Page:
The user is pivoted to this page once the log is done
successfully. From this page now the user can execute
functions that the user desires to complete. The options
available are:
1.Inbox
2.Compose
3.Sent mail
4.Trash
Pressing will provide the mouse click function that requires
to be performed for the necessary benefit. The doubled
right-click event is precisely dedicated to log out of the
system at any time the user desires to. This will be specified
by the prompt right at the starting after login.
All these procedures have been implemented. The modules
have given below are to be contained in the system and will
be implemented as a part of the offered system. The entire
walkthrough of this system is given as follows.
C. Compose mail:
This is one of the most important choices supplied by mail
services. The functionality of writing (Composing) mail
choice would not check the already living mail system. Since
the system is for visually challenged individuals and
keyboard functions are avoided, composing mail wouldonly
be accomplished on voice input and mouse functions. Typed
input will not be required. Users can directly record a
statement that needs to be cultivated and can send it. This
voice message will go as an attachment. The receiver can
listen to the recording and get the message user wanted to
mail. The user would not need to attach the file. Record
choice will be provided in the compose window itself. Once
recorded it will verify whether the recording is ideal or not
by allowing the user to listen to it and if the user confirms it
will be automatically connected to the correspondence.
D. Inbox:
These alternative aids the user consider all the emails that
have been received to his/her account. The user can hear
emails he/she wants to by executing the click function
specified by the prompt. To guide through different emails
prompt will specify which functions to execute. Every time
the mail is selected the user will be prompted as to whom
the sender is and what is the subject of that respective mail.
Accordingly, the user can select whetherthe mail requiresto
be read or not, or it should be deleted. Deleted emails will be
saved in the trash area.
E. Sent mail:
This choice will keep a track of all the emails sent by the
user. If the user likes to access these emails, this choice will
supply them with their requirements. To access the
transmitted mails' user will require to achieve the actions
delivered by the prompt to guide between emails. When the
control lands on a specific mail user will be prompted as to
who the receiver was and what is the subject of the mail.
This will help the user efficiently understand and extractthe
required mail. Trash: This choice will keep a track of all the
emails deleted by the user. Deleted emails could be the ones
from inbox or transmitted mail. If at any time the user
requires to regain a mail that was deleted it can be done
from this option.
3. DESIGN
3.1 Software Design Method
Software design is the procedure of conceptualizing the
software needs of software execution. Softwaredesigntakes
user needs as a problem and pursues to encounter the best
answer. Once the software is conceptualized, a plan is
created to discover the finest technique to implement the
desired solution. There are several variations in software
design. Let us take a quick look at them.
3.2 Structured Design
Structured design conceptualizes thecrisisintoseveral well-
organized key components. It is something close to the
essential answers of design. The benefit of the structured
design is that you can nicely understand what are resolved
and the crisis. With the structured design, the designer
creates it effortless to further concentrate on the crisis.
3.3 Function-oriented Design
In a function-oriented design, a design consists of numerous
short subsystems named operations. These components
permit you to accomplish important jobs on your system.
The system is displayed as a top view of all characteristics.
Function-oriented design inherits some features of
structured design using thedivide-and-conquermethod.Ina
function-oriented design, a design consists of numerous
short subsystems named operations. These components
permit you to accomplish significant jobs on your system.
The system is displayed as a top view of all characteristics.
Function-oriented design inherits some features of
structured design using the divide-and-conquer method.
3.4 Object-oriented Design
The object-oriented design bypasses commodities and their
properties sooner than the qualitiesincludedinthesoftware
system. This design process concentrates on the commodity

and its effects. The overall idea of a software solution twists
around the units implicated.
4. SOFTWARE DESIGN APPROACH
Two common approaches to software design are:
 Top-down design
It is known that the systemconsistsofnumeroussubsystems
and includes multiple features.Inaddition,thesesubsystems
and members have their own set of subsystems and
elements, letting you make a hierarchical design in your
approach. The top-down design carries the entire software
system as a unit and disperses it to get numerous
subsystems or elements based on some features. Each
subsystem or element is then ministered as a system and
additionally subdivided. This process persists until you get
the most down system level in the top-down ranking. The
top-down design beginswith a generalizeddesignmodel and
describes its more distinctive parts. Putting all the
components jointly develops the entire system. The top-
down design is convenient when you require designing a
software solution from blemish, and you do not know the
characteristic details.
Fig 4.1 Top-down approach software design
 Bottom-up design
The bottom-up design model begins with the most
distinctive and basic features. Persist in gatheringhigh-level
features with basic or low-level features. Persist to create
higher-level elements until the wanted system is developed
as a single component. The more heightened the level, the
more incredible the set of generalizations. The bottom-up
strategy is appropriate when you require creating a design
from a current system that can utilize fundamental
primitives. Both top-down and bottom-up procedures are
not separately observed. Rather, the proper mixture of both
is used.
5. FLOW DIAGRAM
Fig 5.1 The final architecture of the proposed system
6. ALGORITHMS AND MODULES
6.1 Speech recognition
Library for achieving speech recognition, with backing for a
lot of engines and APIs, online and offline.
Speech recognition engine/API support:
CMU Sphinx (jobs offline)
Google Speech Recognition
Google Cloud Speech API
Wit.ai
Microsoft Bing Voice Recognition
Houndify API
IBM Speech to Text
Snowboy Hotword Detection (works offline)

7. EXPERIMENTAL SETUP
7.1 Tools
The following tools are used in the execution of the
presented system.
7.1.1 Flask
Flask is a weightless WSGI net application framework. It is
designed to create getting created fastandcomfortable, with
the capacity to scale up to complicated applications. It
started as an easy wrapper around Werkzeug and Jinja and
has become one of the most popular Python web application
frameworks.
7.1.2 Python
Pythonisapopularprogramminglanguageavailableformost
modern computer operating systems. Python IDLE is an
environment for writing, editing, debugging and running
Python programs. It isincludedwhenyouinstallthestandard
set of Python tools.
7.1.3 HTML5
HTML5 is a markup language utilized for structuring and
offering scope on the World Wide Web. Itisthefifthandfinal
significant HTML version that is a World Wide Web
Consortium (W3C) suggestion. The existing specification is
learned as the HTML Living Standard. It is maintained by a
consortium of the main browser vendors like Apple, Google,
Mozilla, and Microsoft and the Web Hypertext Application
Technology Working Group (WHATWG).
8. CONCLUSION
To develop a system which can listen and understand the
voice of user which will enable him/her to send emails just
through his voice. An interactive Website will be made with
Voice Assistant Accessibility which will enable a visually
impaired person or even physically impaired persontosend
and read emails.
9. FUTURE SCOPE
There is wide coming area of this system many
enhancements can be done in the design such as having
different languages because this system can be made
available to all regional people who are not educated
enough. Furthermore, sign language systems can also be
integrated with the system to create the system more
scalable and powerful.
REFERENCES
[1] Jagtap Nilesh, Pawan Alai, Chavhan Swapnil and Bendre
M.R.. “Voice Based System in Desktop andMobileDevices for
Blind People”. In International Journal of Emerging
Technology and Advanced Engineering (IJETAE), 2014 on
Pages 404-407 (Volume 4, issue 2).
[2] Ummuhanysifa U.,Nizar Banu P K , “Voice Based Search
Engine and Web page Reader”. In Internationa Journal of
Computational Engineering Research (IJCER). Pages 1-5.
[3] G. Shoba, G. Anusha, V. Jeevitha, R. Shanmathi. “AN
Interactive Email for Visually Impaired”. In International
Journal of Advanced Research in Computer and
Communication Engineering (IJARCCE), 2014 on Pages
5089-5092.(Volume 3, Issue 1).
[4] The Radicati website. [Online]. Available:
http://www.radicati.com/wp/wp-
content/uploads/2014/01/Email- Statistics-Report-2014-
2018-Executive-Summary.pdf.

Voice Based E-Mail System For Blind People Using Speech Recognition Technology

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Voice Based E-Mail System For Blind People Using Speech Recognition Technology