핵심 요구사항
- 하이브리드 암호화 모델 설계 및 구현
- 블록체인 연동을 통한 안전한 클라우드 저장/검색
- 표절 검사(MOSS, JPlag) 통과 가능한 독창적 코드 작성
- 테스트 케이스 및 오류/트러블슈팅 예시 포함
- 모듈 설명·폴더 구조·설치 가이드 전체 문서화
Required stack
필요 기술
PythonBlockchainCryptographyCloud ComputingLaTeXSoftware Testing
Project brief
프로젝트 내용
# A Hybrid Encryption Model with Blockchain Integration for Secure Cloud Data Storage and Retrieval
## Key Requirements:
- Implement a hybrid encryption model.
- Integrate blockchain technology to enhance secure cloud data storage and retrieval systems.
## Strict Guidelines:
1. No AI-generated code to be used (e.g., ChatGPT, GitHub Copilot).
2. Original coding based on simple programming logic, beginner-friendly variable names, and basic comments.
3. Follow research paper guidelines and provided PDFs thoroughly for algorithm implementations.
4. Code should pass plagiarism detection checks (e.g. MOSS, JPlag).
5. Include test cases to ensure correctness and provide examples of possible errors and troubleshooting tips.
6. Full documentation including: complete source code, folder structure, dependencies, setup instructions, and explanation of each module.
## Deliverables:
1. A written report or LaTeX-generated PDF of the final implementation showcasing at least 15 mathematical equations deriving your extension work.
2. 7 - 10 visual comparison charts demonstrating results.
3. Viva preparation: detailed algorithm listings with simple explanations to help the student present during their Viva Voce.
## Key Requirements:
- Implement a hybrid encryption model.
- Integrate blockchain technology to enhance secure cloud data storage and retrieval systems.
## Strict Guidelines:
1. No AI-generated code to be used (e.g., ChatGPT, GitHub Copilot).
2. Original coding based on simple programming logic, beginner-friendly variable names, and basic comments.
3. Follow research paper guidelines and provided PDFs thoroughly for algorithm implementations.
4. Code should pass plagiarism detection checks (e.g. MOSS, JPlag).
5. Include test cases to ensure correctness and provide examples of possible errors and troubleshooting tips.
6. Full documentation including: complete source code, folder structure, dependencies, setup instructions, and explanation of each module.
## Deliverables:
1. A written report or LaTeX-generated PDF of the final implementation showcasing at least 15 mathematical equations deriving your extension work.
2. 7 - 10 visual comparison charts demonstrating results.
3. Viva preparation: detailed algorithm listings with simple explanations to help the student present during their Viva Voce.
지원 기회 분석
지원 전에 볼 것
예상 산출물
- 전체 소스코드 및 설치·실행 문서
- 수식 15개 이상 포함한 LaTeX/PDF 최종 보고서
- 결과 비교 차트 7~10개
- Viva 발표용 알고리즘 설명 자료
매력 포인트
- 요구 산출물 목록이 비교적 구체적
확인할 점
- 학생 Viva 대리 준비 등 학술 대리수행(부정행위) 성격
- 표절 검사 통과·AI 코드 금지 등 비정상적 제약과 낮은 예산($600~1500)이 작업량 대비 비현실적
- 예산 통화 표기가 불명확(USD/INR 혼재)
Client signal
클라이언트 정보
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