A manager of a department at Google wants to schedule 15-min coffee chat between two employees every week for his 6 employees. Design and write program to help this manager. • Each employee should have a meeting with a new person. So, no meeting with the same person until they meet all the other colleagues. • Use functional programming or object-oriented programing. • You can have your own design to cover the requirements but you should consider a design with better time complexity. • You can use any data structures (lists, dictionaries, stacks, queues, ...) The number 6 here is an example and imaging there are "n" (an even number) employees in the group (for this example n =6) • Every week each employee should have a meeting and just one meeting with one person. • Every week they should have a meeting with a new person. Until week 5 (n-1 weeks) they should have a meeting with the same person. employees = [employee_1, employee_2, employee_3, employee_4, employee_5, employee_6] For example for week 1: employee_1 & employee_2 will have a coffee meeting. employee_3 & employee_4 will have a coffee meeting.

Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
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use python and functional progamming 

**Title: Scheduling Employee Coffee Chats**

A manager of a department at Google wants to schedule 15-minute coffee chats between two employees every week for his 6 employees. Design and write a program to assist this manager.

### Requirements:

- **Unique Meeting Partner:**
  - Each employee should have a meeting with a new person. So, no meeting with the same person until they meet all the other colleagues.
  
- **Programming Approach:**
  - Use functional programming or object-oriented programming.

- **Design Considerations:**
  - You can have your own design to cover the requirements but consider a design with better time complexity.

- **Data Structures:**
  - You can use any data structures (lists, dictionaries, stacks, queues, ...)

### Key Points:

- **Meeting Structure:**
  - The number 6 here is an example—imagine there are "n" (an even number) employees in the group (for this example n=6).
  - Every week each employee should have a meeting and just one meeting with one person.
  - Every week they should have a meeting with a new person.
  - Until week 5 (n-1 weeks) they should have a meeting with the same person.

### Scheduling Example:

- **Employee List:**
  - `employees = [employee_1, employee_2, employee_3, employee_4, employee_5, employee_6]`

- **Week 1 Meetings:**
  - `employee_1 & employee_2` will have a coffee meeting.
  - `employee_3 & employee_4` will have a coffee meeting.
  - `employee_5 & employee_6` will have a coffee meeting.

- **Week 2:**
  - ...

- **Week 3:**
  - ...

- **Week 5:**
  - ...

This plan ensures that each employee meets with every other employee once before any repeated pairings, optimizing social interaction and team collaboration.
Transcribed Image Text:**Title: Scheduling Employee Coffee Chats** A manager of a department at Google wants to schedule 15-minute coffee chats between two employees every week for his 6 employees. Design and write a program to assist this manager. ### Requirements: - **Unique Meeting Partner:** - Each employee should have a meeting with a new person. So, no meeting with the same person until they meet all the other colleagues. - **Programming Approach:** - Use functional programming or object-oriented programming. - **Design Considerations:** - You can have your own design to cover the requirements but consider a design with better time complexity. - **Data Structures:** - You can use any data structures (lists, dictionaries, stacks, queues, ...) ### Key Points: - **Meeting Structure:** - The number 6 here is an example—imagine there are "n" (an even number) employees in the group (for this example n=6). - Every week each employee should have a meeting and just one meeting with one person. - Every week they should have a meeting with a new person. - Until week 5 (n-1 weeks) they should have a meeting with the same person. ### Scheduling Example: - **Employee List:** - `employees = [employee_1, employee_2, employee_3, employee_4, employee_5, employee_6]` - **Week 1 Meetings:** - `employee_1 & employee_2` will have a coffee meeting. - `employee_3 & employee_4` will have a coffee meeting. - `employee_5 & employee_6` will have a coffee meeting. - **Week 2:** - ... - **Week 3:** - ... - **Week 5:** - ... This plan ensures that each employee meets with every other employee once before any repeated pairings, optimizing social interaction and team collaboration.
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