Each integrated ciruict is subject to process variations. PUFs can derive secret keys from this fingerprint-like feature of a device. To ensure stable cryptographic keys error correction is needed.

If this might be interesting for you, feel free to contact me. With this position, I am not targeting a specific topic, but it is rather a nice opportunity work on any kind of error correction topic for PUFs. Depending on your kind of thesis/internship, your background and knowledge, and most importantly your interests, we can try to find a suitable topic together.

Helpful previous knowledge:

• Error correcting Codes
• PUFs

Helpful Tools (you will not need all of them at once most likely)

• Python
• Matlab
• Verilog (for FPGA)
• Reading Papers
• C (e.g for Microcontroller)

Each integrated ciruict is subject to process variations. PUFs can derive secret keys from this fingerprint-like feature of a device. To ensure stable cryptographic keys error correction is needed.

If this might be interesting for you, feel free to contact me. With this position, I am not targeting a specific topic, but it is rather a nice opportunity work on any kind of error correction topic for PUFs. Depending on your kind of thesis/internship, your background and knowledge, and most importantly your interests, we can try to find a suitable topic together.

Helpful previous knowledge:

• Error correcting Codes
• PUFs

Helpful Tools (you will not need all of them at once most likely)

• Python
• Matlab
• Verilog (for FPGA)
• Reading Papers
• C (e.g for Microcontroller)

Each integrated ciruict is subject to process variations. PUFs can derive secret keys from this fingerprint-like feature of a device. To ensure stable cryptographic keys error correction is needed.

If this might be interesting for you, feel free to contact me. With this position, I am not targeting a specific topic, but it is rather a nice opportunity work on any kind of error correction topic for PUFs. Depending on your kind of thesis/internship, your background and knowledge, and most importantly your interests, we can try to find a suitable topic together.

Helpful previous knowledge:

• Error correcting Codes
• PUFs

Helpful Tools (you will not need all of them at once most likely)

• Python
• Matlab
• Verilog (for FPGA)
• Reading Papers
• C (e.g for Microcontroller)

Each integrated ciruict is subject to process variations. PUFs can derive secret keys from this fingerprint-like feature of a device. To ensure stable cryptographic keys error correction is needed.

If this might be interesting for you, feel free to contact me. With this position, I am not targeting a specific topic, but it is rather a nice opportunity work on any kind of error correction topic for PUFs. Depending on your kind of thesis/internship, your background and knowledge, and most importantly your interests, we can try to find a suitable topic together.

Helpful previous knowledge:

• Error correcting Codes
• PUFs

Helpful Tools (you will not need all of them at once most likely)

• Python
• Matlab
• Verilog (for FPGA)
• Reading Papers
• C (e.g for Microcontroller)

Each integrated ciruict is subject to process variations. PUFs can derive secret keys from this fingerprint-like feature of a device. To ensure stable cryptographic keys error correction is needed.

If this might be interesting for you, feel free to contact me. With this position, I am not targeting a specific topic, but it is rather a nice opportunity work on any kind of error correction topic for PUFs. Depending on your kind of thesis/internship, your background and knowledge, and most importantly your interests, we can try to find a suitable topic together.

Helpful previous knowledge:

• Error correcting Codes
• PUFs

Helpful Tools (you will not need all of them at once most likely)

• Python
• Matlab
• Verilog (for FPGA)
• Reading Papers
• C (e.g for Microcontroller)