fresh bytes
Subscribe Now

Celebrating Ada Lovelace, pioneer of programming

Screen_Shot_2015-12-09_at_8.44.03_AM.png

Who was Ada Lovelace, and how are her life and contributions significant today? Lady Ada, the daughter of British poet Lord Byron, was a 19th century woman of many talents but with a particular leaning towards mathematics. She is commonly regarded as the world’s first programmer based on her work with Charles Babbage on his Analytical Engine. Her choice to study and specialize in the science, technology, engineering and mathematics (STEM) disciplines was highly exceptional for a woman in 19th century England, but she had an excellent role model in her mother, Anne Isabella (Milbanke) Byron. Lady Byron was herself a woman of high intellect with a passion for mathematics – Lord Byron called her the “Princess of Parallelograms” – and she strongly encouraged Ada in her studies.

Ada’s seminal work in computing was honored by the United States Department of Defense through its choice of the name “Ada” in 1979 for its common high-order computer programming language. This language, with its focus on software engineering, is a fitting tribute to her accomplishments.

Continue reading

Leave a Reply

featured blogs
Nov 12, 2024
The release of Matter 1.4 brings feature updates like long idle time, Matter-certified HRAP devices, improved ecosystem support, and new Matter device types....
Nov 13, 2024
Implementing the classic 'hand coming out of bowl' when you can see there's no one under the table is very tempting'¦...

featured video

Introducing FPGAi – Innovations Unlocked by AI-enabled FPGAs

Sponsored by Intel

Altera Innovators Day presentation by Ilya Ganusov showing the advantages of FPGAs for implementing AI-based Systems. See additional videos on AI and other Altera Innovators Day in Altera’s YouTube channel playlists.

Learn more about FPGAs for Artificial Intelligence here

featured paper

Quantized Neural Networks for FPGA Inference

Sponsored by Intel

Implementing a low precision network in FPGA hardware for efficient inferencing provides numerous advantages when it comes to meeting demanding specifications. The increased flexibility allows optimization of throughput, overall power consumption, resource usage, device size, TOPs/watt, and deterministic latency. These are important benefits where scaling and efficiency are inherent requirements of the application.

Click to read more

featured chalk talk

Vector Funnel Methodology for Power Analysis from Emulation to RTL to Signoff
Sponsored by Synopsys
The shift left methodology can help lower power throughout the electronic design cycle. In this episode of Chalk Talk, William Ruby from Synopsys and Amelia Dalton explore the biggest energy efficiency design challenges facing engineers today, how Synopsys can help solve a variety of energy efficiency design challenges and how the shift left methodology can enable consistent power efficiency and power reduction.
Jul 29, 2024
75,476 views