Talk:Geminin

arrange my work below
Gardens Restaurant seeks to implement an Automated Restaurant Management System to streamline order processing, payment handling, inventory management, and supplier interactions. The current manual processes have led to inefficiencies, errors, and decreased customer satisfaction. - To enhance operational efficiency. - To reduce order errors and processing time. - To improve inventory management. - To facilitate electronic payment processing. - To generate comprehensive reports for better decision-making. - **Restaurant Manager:** Oversees the overall implementation and ensures the system meets the restaurant’s needs. - **Waitstaff and Kitchen Staff:** Primary users of the order and kitchen management modules. - **Cashiers:** Users of the payment processing module. - **Customers:** Beneficiaries of improved service and order accuracy. - **Suppliers:** Interact with the automated inventory and ordering system. - Allow waitstaff to take orders using a tablet or mobile device. - Digital relay of orders to the kitchen. - Real-time order tracking for customers and staff. - Support for multiple payment methods (credit/debit cards, mobile wallets). - Generate digital receipts. - Integration with existing financial systems. - Real-time tracking of inventory levels. - Automatic alerts for low stock levels. - Generate purchase orders automatically based on inventory data. - Generate sales reports, inventory reports, and financial summaries. - Customizable report formats. - Different access levels for staff (manager, waitstaff, cashier, kitchen staff). - Secure login for all users. - Intuitive and user-friendly interface for all user types. - Training materials and sessions for staff. - Real-time processing of orders and payments. - System uptime of 99.9%. - Secure storage and transmission of customer payment data. - Regular security audits and updates. - Ability to add new features and modules as needed. - Support for increased number of users and transactions. - Regular backups of all data. - Redundant systems to ensure continuous operation. - POS terminals, tablets, and mobile devices for order taking and payment processing. - Servers for data storage and processing. - Restaurant management software compatible with existing systems. - Database management system for inventory and transaction data. - Actor: Waitstaff - Description: Waitstaff takes customer orders using a tablet, which are then sent to the kitchen digitally. - Actor: Cashier - Description: Cashier processes customer payments through various methods and issues a digital receipt. - Actor: Manager - Description: Manager monitors inventory levels, receives alerts for low stock, and approves automated purchase orders. - Conduct user acceptance testing with restaurant staff. - Gather feedback and make necessary adjustments before full deployment. - Perform system integration testing to ensure all components work together seamlessly. - Conduct security testing to ensure data protection measures are effective. The implementation of the Automated Restaurant Management System at Gardens Restaurant will address current inefficiencies and improve overall operational performance. By adhering to the outlined requirements and ensuring thorough testing, the new system will enhance customer satisfaction and support the restaurant’s growth. - **Appointment Letter and Discussion Points:** - Evidence of engagement with the concerned officer(s), including the appointment letter, discussion points, and a photo. - **Glossary:** - Definitions of key terms used in this document. By using a Personal Information Management (PIM) tool like Microsoft OneNote, you can structure the document for easy access and collaboration among team members. 102.86.7.232 (talk) 12:18, 24 May 2024 (UTC)
 * 1) Requirements Specification Document for Gardens Restaurant Management System
 * 1) 1. Introduction
 * Project Overview:**
 * Objectives:**
 * 1) 2. Stakeholders
 * 1) 3. Functional Requirements
 * Order Management:**
 * Payment Processing:**
 * Inventory Management:**
 * Reporting:**
 * User Management:**
 * 1) 4. Non-Functional Requirements
 * Usability:**
 * Performance:**
 * Security:**
 * Scalability:**
 * Reliability:**
 * 1) 5. System Requirements
 * Hardware:**
 * Software:**
 * 1) 6. Use Cases
 * Use Case 1: Place Order**
 * Use Case 2: Process Payment**
 * Use Case 3: Manage Inventory**
 * 1) 7. Requirements Traceability Matrix
 * Requirement ID | Description | Priority | Status |
 * FR1 | Order Management | High | Pending |
 * FR2 | Payment Processing | High | Pending |
 * FR3 | Inventory Management | High | Pending |
 * FR4 | Reporting | Medium | Pending |
 * NFR1 | Usability | High | Pending |
 * NFR2 | Performance | High | Pending |
 * NFR3 | Security | High | Pending |
 * NFR4 | Scalability | Medium | Pending |
 * NFR5 | Reliability | Medium | Pending |
 * NFR5 | Reliability | Medium | Pending |
 * 1) 8. Validation and Verification
 * Validation:**
 * Verification:**
 * 1) 9. Conclusion
 * 1) Appendix

Network Technologies
Define the following internet of things,Networking Technologies,5G,internet Architecture (b)with the aid of illustration ,describe three layers of internet architecture c) give atleast one service of each layer of OSI 2)With examples describe the following Digital transmission Anolog transmission Digital to Digital encoding Anolog to Digital encoding (b) with diagrams describe two of the following Digital to Digital encoding schemes Anolog to Anolog conversation method c) explain two transmission modes used in network 3) define the following Multiplexing multiplexer Demultiplexer b) why multiplexing is important in network c) giving atleast one area of application of each,describe any two multiplexing techniques 4) Differences between OSI and TCP/IP Doka Amelia (talk) 17:00, 26 May 2024 (UTC)