Smart Vehicle Horn System with an Artificial Intelligence

Smart Vehicle Horn System with an Artificial Intelligence

By: A Mohamed Wahid

Concept: The Rising Noise Pollution Levels Are A Major Concern For Both The Atmosphere And Human Health. Honking Excessively Near Residential Areas, Schools Signal And Hospitals Is Mostly Affected And Strongly Desired. We Propose A New Honking Mechanism, Would Considerably Reduce The Noise Caused Due To The Blowing Of Horns. Present Mechanism Doesn't Negotiation People's Safety In And Around The Vehicle. Our Proposed Mechanism Uses The Fixed Horn System Used In The Vehicle. In Our System We Are Using Artificial Intelligence With Horn System So That System Automatically Controls Horn Sound Where Applicable According To Human Distance, Road Width, And Size Of The Object. So, The Sound Of Horn Will Be Controlled By Artificial Intelligence. Features: - This Smart Horn System With 12v Power Supply. - Use 8ohm Horn System. - Use Only Push To On Switch, And Back To Original Position Automatically. - The Horn Switch Will Work Interval Of 5 Seconds. - We Can’t Press The Switch Continuously More Than A Second. - We Can’t Modify The Horn System, If Try Entire Device Will Damage. - Device Will Not Work If The People Not On The Road And Also For Animals Cross Or Sleep. - At Last Horn Sound Will Reach Horizontal And Vertically According To Road Width. - People Can’t Hear Vehicle Horn Sound Whoever Walking Beside Of Vehicle, Walking On Footpath And Inside Building. Proposed Horn System: - Horn System Is Fitted With Numerous Sensors; Cameras And Manual Horn Switch To Generate Massive Amounts Of Environmental Data. All Of These Form The Digital Sensorium, Through Which The Independent Vehicle Can See And Feel The Objects, Road Infrastructure, Other Vehicles And Every Other Object On/near The Road, Just Like A Human Driver Would Pay Attention To The Road While Driving. - This Data Is Then Processed With Inbuilt Chip And Data Communication Systems. These Are Used To Securely Communicate Valuable Information (input) To The Vehicle Driving System. The Vehicle First Communicates The Driving Environment And/or The Particular Driving Situation To The Ai Driving Platform. Mathematics: D(x,y,s)=(g(x,y,k S) G(x,y, S)) * I(x,y) = L(x,y, Ks) L(x,y, S) Where * Is The Convolution Operator, G(x,y, S) Is A Variable Scale Gaussian, I(x,y) Is The Input Image D(x,y, S) Is Difference Of Gaussians With Scale K Times. Future Scope: - This Device Can Monitor And Control Of Vehicle Horn Sound, Using Parameter Distance Of Human And Other Objects. - We Can Send This Data To A World Remote Location For Develop Sound Graph Report. - The Cost Of This Device Is Comparatively Low When It Will Be Mass Produced. - If The Vehicle Horn Sound Report Down In Next Five Years, This Will Have A Good Scope In Future And Become A Completely Successful One.