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Virgo

Group Members

  • Haziq Asyraf Bin Ridzal Shah / 1151302833
  • Muhammad Najeeb Bin Ahmad / 1111113060
  • Kasha Amran / 1132701177

Vaigo - Headset Alertness.

I. Analysis

1. Research

a. Scope

  1. Objectives To create a Bluetooth headset to track driver drowsiness at the wheel.

  2. How

    • It monitors the wearer's eyes and head motion for signs of drowsiness and stimulates them when they are dozing off.
    • A real-time dashboard allows management to track this information in real-time.

    b. Audit

  3. Field (market) research

    In the past few years, many type of technology that are been use to alert people by not being sleepy while driving. Before this people usually drink a coffee or take anything that can prevent being sleepy while driving or working. But in this new era there are many technology that have been created to make people alert from being sleepy. There are some of the technology that have been created and most of the technology is slighly more simple and direct use by the user. Some of the user might have difficult time to use the technology without any feature so for any futher some research that have been collected based on people feels example in a boring lecture, cramming all night at the library, or working long hours at internships,Coffees and energy drinks were all somewhat effective in keeping people from dozing off, but the most reliable way to stay alert was having a buddy next to other that could watch others were losing people focus and nudge people when others started to doze off.

    1. Competitors / alternatives / replacement
    • Driver Fatigue Monitor MR688 - http://www.care-drive.com/product/driver-fatigue-monitor-mr688/

      Pros

      • Provides early warning for driver fatigue and distraction driving status.
      • Detects sleep in opening eyes​.

      Cons

      • Sounds of the alarm can make people shock.

    • Hush - https://hush.technology/

      Pros

      • Notification Filter,
      • Personal Alarm.
      • Soothing Sounds.
      • Hush Tracker,

      Cons

      • Lack of software problem based on people review.

    • Optalert - http://www.optalert.com/

      Pros

      • Identify the first signs, reducing the risk of accident due to drowsiness.
      • Helps the driver proactively remove that self-debate early and eliminate the likelihood of a micro sleep.

      Cons

      Pros

      • Assesses the drivers retina and eyelids for signs of fatigue.
      • non-contact, facial recognition infrared cameras that monitors human eyelid and retina status.

      Cons

      • shape is to big.

  4. Relevant technologies

    • Bluetooth headset that monitors driver alertness at the wheel, by tracking eye and head motion. When it senses that the driver is drowsy, it can use a combination of audio alerts and vibrations to stimulate the driver and keep them safe at the wheel. Both individual drivers and professional drivers can use Vigo to stay safe at the wheel. For fleets, a real-time dashboard allows fleet managers to track this information and rearrange shifts and work schedules, to reduce the chances of a drowsiness-related accident.

    • Tracks patterns in the wearer’s blinks and their body's movement to quantify how alert they are in real time. The idea is simple - although the brain has a tendency to trick someone into thinking they’re mentally fit enough to keep pushing on with daily business, the body can’t hide when it’s tired. With an infrared sensor, an accelerometer, and a clever algorithm.

c. Stakeholder Interviews

  1. Project vision
  • We intend to provide our clients can be alerted when they are starting to get drowsy, and given gentle “nudges” to help them stay alert.

  2. Risk
  • Apps system might be error in certain time.

  • Bluetooth connect.


  3. Obstacles
  • Might have prohlem if alot of user on their bluetooh and can interupt other connection while connecting the tecnology.

  • Competing with other competitors.


  4. Constraints 
  • Infrared reflectance oculography.

  • Vaigo alerts when the wearer has been idle for too long or when they’re starting to doze off by controlling the sensitivity of the algorithm.


  5. Opportunities 
  • In spite of the obstacles we have, this project has strength from:

  • Make much easier to use, and doesn’t require the high up-front capital investment that the other solutions do.

  • Struggle to help the people who really need in easy way to make them alert .


d. User observations


  1. Users

    Driver

    These are the outcomes from seeing the real-time alertness status of each driver, measure safe driving habits such as scanning the road, checking side mirrors and taking rest breaks between long trips. Get notified for bad behavior such as driving while operating a phone, harsh acceleration and braking, and speeding.

    survey.JPG


  1. Behaviors
  • Based on our observations, we can categories drivers into five groups and later did a survey on drivers to determine their behavior when monitoring their perfomance :

  • Drowsy Drivers - Decrease the lack of drowsy among drivers.

  • Harsh Breaking - Drivers that always break harshly while driving.

  • Speeding - Drivers shows the positive behaviour while using vaigo.

  • Hard Cornes - Drivers start to be more alert while in cornes part of road.

  1. Attitudes

    • How drivers care about them. Vaigo helps build trust and confidence between drivers and fleets, because using Vaigo shows you don’t just care about profits - you care about your drivers arriving home to their family safe and sound.
  2. Motivations

    • Road driver can drive safety and also the passenger. Can increase awareness and reduce road accident.
    • Road driver can drive safety and also the passenger. Can increase awareness and reduce road accident.
  3. Environments.

    • Road
    • Around Petaling state.
  4. Tools

    • no exact device before this to awake driver
    • vaigo device is the right tool to use to awake sleepy driver.

  1. Challenges


1. Users

Clients

2. Modeling

a. PersonasBus Driver

NAME MAMAT KHALID
GENDER MALE
OCCUPATION BUS DRIVER
AGE 36
STATUS Married

Bio: Mamat is a a public bus driver who mostly spent most of the time driving a bus from 6am to 3pm (about 9 hours of driving) but mamat is taking Over time shift for another 9 hours of driving that’s mean a total of 18 hours of driving a day. Mamat is a hardworking guy that work almost a full day to find money to support his family. But mamat is a just a normal human that have a limit of energy. Most of the time mamat feel energetic until it reach its limit around after 10 hours of working. So mamat mostly take a coffee(for caffeine) and smoke cigarette and also eat a lot of junk food for him to get focus on the road and stay active. With this kind of lifestyle it will someday will risk people life on the bus because of the tiredness and lack of concentration.

  1. Goals
    • To get him to stay awake and stay focus on the road.
  2. Patterns
    • He always driving the bus full day. Smoking,eating a lot junk food and caffeinated drink.
  3. Attitudes
    • Always take over time shift work.
    • Love to eat junk food
    • Drink a lot caffeinated drink.
  4. Environments
    • Inside bus
    • on road driving
    • Petaling state area
  5. Tools
    • Stay awaken device
  6. Challenges
  • To stay awake while driving .

##Clients

NAME FARID KEMEK
GENDER MALE
OCCUPATION BUS OWNER
AGE 58
STATUS MARRIED

Bio: Farid is owner of the bus company that hire people to work for him.

  1. Goals

    • To run a bus company business and take profit on it.
  2. Patterns -run business

    • pay employer salary(driver bus)
    • check the bus maintenance.
  3. Attitudes

    • lack of knowing about the worker behavior on the work.
  4. Environments

    • Bus company center at shah alam
  5. Tools

    • monitoring device to awaken and alert the worker
  6. Challenges

    • try to find out how to keep the bus driver awake and safe from driving.Because there a lot past history of accident because of the driver bus that to sleepy and crash the bus making the bus broken and the passenger. ​

II. Synthesis

+-----

1. Requirements Definition

a. Context Scenarios

  1. Lisha did not have enough sleep last night. When she drives to class, Vaigo protects her from dozing off.
  2. She increases the vibration just to make sure she will never sleep while driving.
  3. During class, Vaigo alerts her when her eyelids are starting to get closer to each other due to boring lecture.

Data requirements : - Personas' data needs are the objects and information that must be represented in the - Personas' data needs are the objects and information that must be represented in the system. Using the semantics just described, it is often useful to think of data requirements as the objects and adjectives related to those objects. Common examples include accounts, people, addresses, documents, messages, songs, and images, as well as attributes of those, such as status, dates, size, creator, and subject.

Functional requirements :

   - Functional needs are the operations or actions that need to be performed on the system's
   - Functional needs are the operations or actions that need to be performed on the system's
    objects and that typically are translated into interface controls. These can be thought of
    as the product's actions. Functional needs also define places or containers where objects
    or information in the interface must be displayed. (These clearly are not actions in and of
    themselves but usually are suggested by actions.)

   - design imperatives
   - user mental model
   -  product vision
   - business requirements / Business requirements can include development timelines,
   - design imperatives
   -  user mental model
   - product vision
   - business requirements / Business requirements can include development timelines,
  budgetary and resource constraints, regulations and legal considerations, business models
  and pricing structures.

   - Gestures
   - Technology
   - Gestures
   - Technology

2. Design Framework

a. Elements

Define manifestations of information and functionality

  1. Information

  2. input method

  3. posture

  4. gesture

  5. form factor

  6. functional and data elements

    • information
    • functions
    • patterns
    • mechanisms
    • actions
    • domain object models

b. Framework

Design overall structure of user experience

  1. Sketch

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  1. groupings and hierarchy

  2. Key path Scenario

    • MAMAT is on the way to the work and he bring VIAGO with him. It is 6.30 in the morning Mamat is keep the headset in his front pocket of his shirt. Through the day he feel energetic and happy because the new device that he carry. He keep driving until he reach a point when he feel like almost geeting tired when the time is almost at night and it is his over time shift. He pull out the VIAGO and wear it. He feel different than before because the feeling of safe driving. At 9 pm Mamat feel almost sleepy then he like closing his eye half the all sudden the device ringing and beep loud in his ear canal, and he feel shock and suprise then he notice that theres device that he wearing that making the noise and talking to wakeup. Because of the shoke mamat brain shift away the sleepy fefeling and continued driving until it finish his work shift.

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