Current Palette

for below description generate the flowchart 1. Data Collection: o Smart Dustbins:  Sensors continuously measure waste fill level data within the bins.  At pre-defined intervals (e.g., daily), the bins transmit this data to the central control system.  Additionally, bins send immediate alerts when waste reaches a pre-defined threshold, triggering collection. o Other Sources (Optional):  Historical collection data can be integrated for trend analysis and route optimization.  Real-time traffic information can be factored in to plan efficient routes considering traffic conditions. 2. Data Transmission: o Smart dustbins securely transmit data to the central control system using appropriate protocols (e.g., cellular network, Wi-Fi). o Data transmission is encrypted to ensure data integrity and privacy. 3. Central Control System: o Receives and stores real-time and historical data from various sources. o Analyses data to identify waste accumulation patterns and predict bin fullness. o Utilizes route optimization algorithms to dynamically plan efficient collection routes based on:  Real-time bin fill level data.  Geographical distribution of bins.  Historical collection data (if available).  Real-time traffic information (if available). o Generates alerts for administrators or waste collectors based on pre-defined conditions (e.g., overflowing bins, system malfunctions). 4. Mobile Application (Waste Collectors): o Waste collectors receive optimized collection routes with turn-by-turn navigation from the central control system. o The app displays real-time data on waste fill level for each bin on the assigned route. o After collection, waste collectors can mark bins as collected and record relevant information (e.g., bin type, weight) within the app. o The app allows waste collectors to submit reports on any issues encountered during collection (e.g., overflowing bins, damaged bins). 5. Admin Dashboard: o Provides a comprehensive overview of the entire system, including real-time data on:  Bin fill levels across locations.  Collection vehicle locations.  System performance metrics. o Utilizes data visualization tools to present trends and insights on waste collection. o Generates reports on various aspects like:  Collection efficiency.  Fuel consumption.  Environmental impact. o Allows administrators to manage user accounts (create, edit, delete) and configure system settings (e.g., alert thresholds, reporting schedules). 6. Database: o The system stores all collected data in a central database. This data includes:  Sensor data from smart dustbins (waste fill level, timestamps).  Collection route information.  Waste collector activity (bins collected, reported issues).  System performance metrics. o This data serves as a valuable resource for historical analysis, reporting, and further system optimization.