The Shape of Code shape-of-code.com

The Shape of Code » Estimating Open source project lifecycle using the Bass model

shape-of-code.com·1d

The Shape of Code » Software task estimation using LLMs is fake research

shape-of-code.com·1w

The Shape of Code » Taking a new GLR parser generator for a spin

shape-of-code.com·2w

The Shape of Code » Working with an LLM maths assistant to model software processes

shape-of-code.com·3w

The Shape of Code » Predicting reports of new faults by counting past reports

shape-of-code.com·4w

The Shape of Code » Advertised prices of desktop computers during the 1990s

shape-of-code.com·5w

The Shape of Code » Maximum Adds per second for 1950s/early 1960s computers

shape-of-code.com·6w

The Shape of Code » Chinese research in software engineering

shape-of-code.com·7w

The Shape of Code » 70% of new software engineering papers on arXiv are LLM related

shape-of-code.com·8w·Hacker News, Hacker News

The Shape of Code » Identifier names chosen to hold the same information

shape-of-code.com·9w

The Shape of Code » Analysis of some C/C++ source file characteristics

shape-of-code.com·10w

The Shape of Code » Relative performance of computers since the 1990s

shape-of-code.com·11w

The Shape of Code » Investigating an LLM generated C compiler

shape-of-code.com·12w

The Shape of Code » Algorithm complexity and implementation LOC

shape-of-code.com·13w

The Shape of Code » Dennard scaling a necessary condition for Moore’s law

shape-of-code.com·14w

The Shape of Code » Public documents/data on the internet sometimes disappears

shape-of-code.com·15w

The Shape of Code » Number of calls to/from functions vs function length

shape-of-code.com·16w

The Shape of Code » Formal methods and LLM generated mathematical proofs

shape-of-code.com·17w

The Shape of Code » Distribution of small project completion times

shape-of-code.com·18w

The Shape of Code » Modelling time to next reported fault

shape-of-code.com·19w

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