Reconfigurable-Computing-CalPoly-Pomona.github.io/assignment.html at main · Reconfigurable-Computing-CalPoly-Pomona/Reconfigurable-Computing-CalPoly-Pomona.github.io · GitHub

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<!DOCTYPE html>
<html lang="en">
<head>
  <meta charset="UTF-8">
  <title>Ptah: Nifty Assignment Quiz</title>
  <style>
    body { font-family: Arial, sans-serif; margin: 20px; background: #f9f9f9; }
    h1 { color: #00274c; font-size: 2.2em; text-align: center; }
    .question { margin: 15px 0; padding: 15px; background: #fff; border-radius: 8px; box-shadow: 0 1px 3px rgba(0,0,0,0.1); }
    .question-title { font-weight: bold; }
    .options { margin-left: 20px; }
    .btn { padding: 10px 16px; background: #0055a4; color: #fff; border: none; border-radius: 4px; cursor: pointer; margin-top: 20px; }
    .score { font-size: 1.2em; font-weight: bold; margin-top: 20px; text-align: center; }
  </style>
</head>
<body>
  <h1>Ptah: Nifty Assignment Quiz</h1>
  <p>Answer all questions below and click “Submit All” to see your score.</p>
  <form id="quizForm"></form>
  <button class="btn" onclick="submitQuiz()">Submit All</button>
  <div class="score" id="finalScore"></div>

  <script>
    const questions = [
      // PQC (10)
      { title: 'Which lattice-based scheme is used for digital signatures in PQC?', options: ['CRYSTALS-Kyber','CRYSTALS-Dilithium','NTRU'], answer: 'CRYSTALS-Dilithium', points: 2 },
      { title: 'CRYSTALS-Kyber is primarily a:', options: ['Signature scheme','Key Encapsulation Mechanism','Hash function'], answer: 'Key Encapsulation Mechanism', points: 2 },
      { title: 'PQC resistance relies on which hard problem?', options: ['Integer Factorization','Discrete Logarithm','Learning With Errors'], answer: 'Learning With Errors', points: 2 },
      { title: 'Dilithium’s rejection sampling prevents leakage of:', options: ['Secret key bits','Public parameters','Nonce values'], answer: 'Secret key bits', points: 2 },
      { title: 'Kyber’s ciphertext size is optimized via:', options: ['Polynomial compression','Block chaining','Key stretching'], answer: 'Polynomial compression', points: 2 },
      { title: 'Dilithium verification extracts which value?', options: ['Error vector','Public matrix','Private seed'], answer: 'Public matrix', points: 2 },
      { title: 'Kyber’s shared secret is derived using:', options: ['Diffie-Hellman','Hash-based KDF','AES key wrap'], answer: 'Hash-based KDF', points: 2 },
      { title: 'Which Dilithium parameter set offers NIST level 3 security?', options: ['Dilithium-I','Dilithium-II','Dilithium-III'], answer: 'Dilithium-III', points: 2 },
      { title: 'Kyber’s NIST security category is:', options: ['Category 1','Category 3','Category 5'], answer: 'Category 3', points: 2 },
      { title: 'Dilithium signatures are best suited for:', options: ['Firmware updates','Random number generation','Bulk encryption'], answer: 'Firmware updates', points: 2 },
      // Lightweight Crypto (10)
      { title: 'ASCON uses which permutation-based model?', options: ['Sponge','Feistel','Substitution-Permutation'], answer: 'Sponge', points: 2 },
      { title: 'ASCON state width in bits is:', options: ['320','256','512'], answer: '320', points: 2 },
      { title: 'AEAD stands for:', options: ['Authenticated Encryption with Associated Data','Asymmetric Encryption and Decryption','Advanced Encryption and Authentic Data'], answer: 'Authenticated Encryption with Associated Data', points: 2 },
      { title: 'Number of initialization rounds in ASCON:', options: ['12','6','10'], answer: '12', points: 2 },
      { title: 'ASCON tag size is:', options: ['64 bits','128 bits','256 bits'], answer: '128 bits', points: 2 },
      { title: 'ASCON is optimized for:', options: ['32-bit microcontrollers','GPUs','Desktop CPUs'], answer: '32-bit microcontrollers', points: 2 },
      { title: 'ASCON’s permutation is denoted as:', options: ['p^12','π','f'], answer: 'p^12', points: 2 },
      { title: 'ASCON was standardized by NIST in:', options: ['2022','2023','2024'], answer: '2023', points: 2 },
      { title: 'Lightweight crypto is vital for:', options: ['IoT devices','Mainframes','Blockchain'], answer: 'IoT devices', points: 2 },
      { title: 'ASCON’s duplex construction integrates:', options: ['Encryption & Authentication','Hashing only','Key exchange'], answer: 'Encryption & Authentication', points: 2 },
      // Orchestration (10)
      { title: 'Which orchestrator binary is smallest?', options: ['Docker Swarm','K3s','Kubernetes'], answer: 'K3s', points: 2 },
      { title: 'K3s default datastore is:', options: ['etcd','SQLite','Consul'], answer: 'SQLite', points: 2 },
      { title: 'Command to initialize Swarm:', options: ['docker swarm init','swarm start','docker init swarm'], answer: 'docker swarm init', points: 2 },
      { title: 'Kubernetes service type for external LB:', options: ['ClusterIP','NodePort','LoadBalancer'], answer: 'LoadBalancer', points: 2 },
      { title: 'Helm chart templates reside in:', options: ['templates','charts','deploy'], answer: 'templates', points: 2 },
      { title: 'Pod anti-affinity is configured under:', options: ['affinity','tolerations','selectors'], answer: 'affinity', points: 2 },
      { title: 'K3s stands for:', options: ['Kube-slim','Kube-s-prod','Lightweight Kubernetes'], answer: 'Lightweight Kubernetes', points: 2 },
      { title: 'Default Swarm scheduler:', options: ['Spread','Binpack','Random'], answer: 'Spread', points: 2 },
      { title: 'K8s control-plane port:', options: ['6443','8080','2379'], answer: '6443', points: 2 },
      { title: 'Rollout status command:', options: ['kubectl rollout status','kubectl status rollout','kubectl get rollout'], answer: 'kubectl rollout status', points: 2 },
      // Hardware (5)
      { title: 'TuringPi can host which modules?', options: ['CM3 only','CM4 & Jetson','Pi 4 only'], answer: 'CM4 & Jetson', points: 2 },
      { title: 'TRK1 uses which SoC?', options: ['Rockchip RK3588','Broadcom BCM2711','NVIDIA Tegra'], answer: 'Rockchip RK3588', points: 2 },
      { title: 'Jetson Nano GPU architecture:', options: ['Maxwell','Pascal','Ampere'], answer: 'Maxwell', points: 2 },
      { title: 'Orin NX AI throughput (TOPS):', options: ['10','50','100'], answer: '50', points: 2 },
      { title: 'ClusterHAT connects Pi Zero via:', options: ['USB','Ethernet','SPI'], answer: 'USB', points: 2 },
      // Monitoring (5)
      { title: 'Prometheus default port:', options: ['9090','9100','8080'], answer: '9090', points: 2 },
      { title: 'Grafana default port:', options: ['3000','4000','5000'], answer: '3000', points: 2 },
      { title: 'PromQL is used for querying:', options: ['Metrics','Logs','Events'], answer: 'Metrics', points: 2 },
      { title: 'Prometheus stores data in:', options: ['TSDB','InfluxDB','MySQL'], answer: 'TSDB', points: 2 },
      { title: 'Grafana panel type:', options: ['Graph','Table','Stat'], answer: 'Graph', points: 2 }
    ];

    // Render questions
    const form = document.getElementById('quizForm');
    questions.forEach((q, idx) => {
      const div = document.createElement('div'); div.className = 'question';
      const p = document.createElement('p'); p.className = 'question-title'; p.textContent = `${idx+1}. ${q.title}`;
      div.appendChild(p);
      const opts = document.createElement('div'); opts.className = 'options';
      q.options.forEach(opt => {
        const label = document.createElement('label');
        const inp = document.createElement('input'); inp.type = 'radio'; inp.name = `q${idx}`; inp.value = opt;
        label.appendChild(inp); label.appendChild(document.createTextNode(' ' + opt)); opts.appendChild(label); opts.appendChild(document.createElement('br'));
      });
      div.appendChild(opts);
      form.appendChild(div);
    });

    // Score calculation
    function submitQuiz() {
      let score = 0;
      questions.forEach((q, idx) => {
        const sel = document.querySelector(`input[name=\`q${idx}\`]:checked`);
        if (sel && sel.value === q.answer) score += q.points;
      });
      const total = questions.reduce((sum, q) => sum + q.points, 0);
      document.getElementById('finalScore').textContent = `Your Score: ${score} / ${total}`;
    }
  </script>
</body>
</html>