About DeepCalcs
Focused computer science calculators built to explain the method
DeepCalcs is an independent computer science calculator website. We launch with three connected digital-logic tools—a truth table generator, Karnaugh map solver and Boolean algebra simplifier—and will expand carefully into other technical areas where intermediate steps and verification matter.
Why we do this
Most calculators give you an answer and stop. That is fine until the result looks wrong or a teacher asks for the method. We wanted tools that answer the next question too: where did that result come from, what assumption did it make, and how would I do it myself?
The name is the idea. Each DeepCalcs page goes beyond the answer into the algorithm, intermediate states, edge cases and common mistakes. The aim is to make a calculator useful for learning, checking and practical technical work.
What is available now
Digital logic
Generate complete truth tables, visualize Karnaugh-map groups and simplify Boolean functions into exact minimum SOP and POS forms. The tools also support verification, alternate notation and practical logic implementations.
What we plan to build next
Our roadmap stays within computer science. Backed-up prototypes and planned calculators give us a foundation, but a tool will only return to the public site after its engine, explanation and tests meet the same standard as the launch collection.
Number representation and computer arithmetic
IEEE 754 floating point, two's complement, fixed-point Q formats and related conversions that expose bits, ranges, rounding and exceptional cases.
Networking
Subnet overlap and conflict resolution, route summarization, and MTU, MSS, tunnel overhead and fragmentation planning for real network inputs.
Operating systems and architecture
CPU scheduling, page replacement, Banker's algorithm and cache mapping, with timelines, state changes and comparisons between algorithms.
Digital arithmetic and coding
Hamming code, CRC, Booth's multiplication and other step-by-step tools for binary arithmetic, error detection and data representation.
This roadmap is directional rather than a promise of release dates. We prefer a smaller collection of dependable tools over a large catalogue of thin pages.
How we build our calculators
Exact Boolean results
Truth tables evaluate every input assignment, while exact minimization finds all minimum covers rather than stopping at the first expression that looks shorter.
Checked against references and tests
Methods follow established digital-logic conventions and published educational references. Each calculator is tested against worked examples and, where possible, against a brute-force truth-table check.
Clear about assumptions
Variable order, notation, bit width, rounding mode, protocol overhead and algorithm choices can change an answer. Each page states the convention it uses, so you can match the course, standard, compiler, device or network you are working with.
Free, private and fast
There are no accounts or sign-ups. Calculations run in your browser, and the numbers you type are not sent to our servers.
Editorial policy
How we research, write and review our work
Every calculator should explain its inputs, method, assumptions and important limitations. We favour direct answers, relevant examples and definitions that help readers complete the task rather than padding a page with unrelated background.
Sources and supporting evidence
We prefer primary and authoritative sources: published standards and specifications, RFCs, established textbooks, research publications and official documentation. A vendor’s documentation may explain its own implementation, but we do not present one vendor’s behaviour as a universal rule.
Calculation checks
We test worked examples, boundary cases and invalid inputs. Where practical, results are checked independently or against a brute-force implementation. Matching another online calculator alone is not proof that a method is correct because different tools can share assumptions or errors.
Original and AI-assisted work
Explanations are written for the specific calculator and its readers. AI-assisted tools may help with drafting, editing, translation or development, but their output is not treated as a source. Formulas, technical claims, examples and code still require review and testing.
Editorial independence
Advertising or commercial relationships do not determine a formula, alter a result or turn promotional claims into factual guidance. Sponsored material or affiliate relationships will be identified clearly if we introduce them.
Updates and corrections
We revise a page when a source or standard changes, a calculation issue is found or an explanation needs clarification. An updated date should represent a substantive review rather than a cosmetic edit.
To report an error, use our contact form and include the page URL, inputs, result shown and expected result. A reliable source or worked example helps us investigate. Please do not include private or identifying information.
What we are, and what we’re not
DeepCalcs is an educational and practical computer science resource. Our current tools help you learn digital logic, check coursework and compare implementations; future tools will apply the same approach to systems, networking and computer arithmetic. They are not a substitute for your course’s required method, an applicable standard, a hardware or protocol specification, or the judgement of a qualified engineer. Confirm design-critical results against the source you are working to.
Disclaimer
The calculators, content and information on DeepCalcs are provided for general informational and educational purposes only. While we work to keep our formulas accurate and up to date, we make no warranties or representations, express or implied, about the completeness, accuracy, reliability or suitability of any calculator, result or content on this site for any particular purpose.
Any reliance you place on the results or information provided is strictly at your own risk. Nothing on this site is professional advice, and it should not replace guidance from a qualified professional or educator familiar with your circumstances.
DeepCalcs, its owners and contributors will not be liable for any loss or damage, including without limitation indirect or consequential loss or damage, arising from or in connection with the use of this site or reliance on any calculator, result or content it provides. External links are provided for convenience; we do not control or endorse the content of third-party websites and are not responsible for their accuracy or availability.
Read our terms and disclaimer, privacy and cookies policy and editorial policy for more detail.
Spotted a mistake or have a suggestion?
If a result looks wrong, an explanation is unclear or there’s a calculator you’d like us to build, please contact us. Corrections are our highest priority, and we read every message.