according to the wbs, create a pert chart

1. Project Start-Up 1.1. Define the project's goals and parameters. 1.1.1. Identify specific objectives and desired outcomes. 1.1.2. Deternine project scope and boundaries. 1.2. Determine the project's stakeholders. 1.2.1. Identify key stakeholders and their roles. 1.2.2. Assess their interests, expectations, and requirements. 1.3. Perform a feasibility analysis. 1.3.1. Evaluate technical feasibility. 1.3.2. Assess cconomic viability. 1.3.3. Analyse environmental impact 2. Requirement Analysis and System Design 2.1. Examine the needs of plants and greenhouses. 2.1.I. Study plant species requirements (c.gtemperature, humidity, light) 2.1.2. Analyse greenhouse design considerations (c.g.. ventilation, irrigation) 2.2. Define system requirements and specifications. 2.2.I. Identify required sensors, actuators, and control mechanisms. 2.2.2. Determine communication protocols and network architecture. 2.3. Develop a detailed system design. 2.3.1. Design the automated control system and sensor network architecture. 2.3.2. Specify hardware and software components. 2.3.3. Consider scalability, reliability, and security aspects. 3. Sensor Integration and Control 3.1. Install sensors to measure soil moisture, temperature, humidity, light intensity, and CO2 levels. 3.1.1. Determinc optimal sensor types and locations. 3.1.2. Configure sensor calibration and placement. 3.2. Establish data collection mechanisms: 3.2.1. Implement data logging and storage systems. 3.2.2. Set up data aggregation and analysis infrastructure. 3.3. Develop control algorithms and logic. 3.3.1. Define rules and thresholds for automated control actions. 3.3.2. Integrate sensor data with control mechanisms, 3.3.3. Implement feedback loops for real-time adjustments. 4. Testing and System Implementation 4.1. Setup and installation of the smart greenhouse system 4.1.1. Procure and install necessary hardware components. 4.1.2. Configure network connectivity and communication protocols. 4.2. Verify serisorfucecursyyang(errommanc. 3.2.2. Set up data aggregation and analysis infrastructure. 3.3. Develop control algorithms and logic. 3.3.I. Define rules and thresholds for automated control actions. 3.3.2. Integrate sensor data with control mechanisms. 3.3.3. Implement feedback loops for real-time adjustments. 4. Testing and System Implementation 4.1. Setup and installation of the smart greenhouse system 4.1.I. Procure and install necessary hardware components. 4.1.2. Configure network connectivity and communication protocols. 4.2. Verify sensor accuracy and performance. 4.2.1. Conduct calibration and validation tests. 4.2.2. Ensure sensor data reliability and consistency. 4.3. Test efficacy of the control mechanism 4.3.1. Perform controlled experiments and simulations. 4.3.2. Evaluate the system's ability to maintain optimal greenhouse conditions. 5. Instruction and Documentation 5.1. Create system design documentation. 5.1.1. Document the overall system architecture and components. 5.1.2. Detail hardware and software specifications 5.2. Create user manuals and technical specifications. 5.2.1. Develop comprebensive guides for system operation and maintenance. 5.2.2. Document troubleshooting procedures and troubleshooting guidelines. 5.3. Conduct training workshops for personnel. 5.3.1. Train relevant staff on system operation and maintenance 5.3.2. Educate users on interpreting senser data and making informed decisions. 6. Project Completion 6.1. Perform final system testing and acceptance. 6.1.1. Conduct comprebensive testing of all system functionalitics. 6.1.2. Address any identified issues or deficiencies. 6.2. Complete project documentation and reports 6.2.1. Compile project progress reports and status updates 6.2.2. Document lessons leamed and best practices. 6.3. Hand over project deliverables to stakeholders 6.3.1. Ensure smooth transition to operational use