Open-Source Cross-Platform C++ Conversion of Universal Latent Workstation’s Latent Quality Metric
ID: NIST-RFQ-24-7701734Type: Combined Synopsis/Solicitation
Overview

Buyer

COMMERCE, DEPARTMENT OFNATIONAL INSTITUTE OF STANDARDS AND TECHNOLOGYDEPT OF COMMERCE NISTGAITHERSBURG, MD, 20899, USA

NAICS

Custom Computer Programming Services (541511)

PSC

IT AND TELECOM - BUSINESS APPLICATION/APPLICATION DEVELOPMENT SUPPORT SERVICES (LABOR) (DA01)

Original Source

https://sam.gov/opp/66a5167c4b1249fe8aa1e289cad322e3/view
Timeline
    Description

    The Department of Commerce, specifically the National Institute of Standards and Technology (NIST), is seeking contractor support for the open-source conversion of the Universal Latent Workstation’s Latent Quality Metric (LQMetric) into a cross-platform C++ application. The objective is to enhance accessibility by transitioning LQMetric from its current multi-language framework, which relies on proprietary libraries, to a standalone, ISO-compliant C++ library, termed OpenLQM. This initiative is crucial for advancing biometric technology evaluations and contributing to international standards for latent fingerprint image quality. Interested contractors must submit their quotations by September 12, 2024, with inquiries directed to Lauren P. Roller at lauren.roller@nist.gov or by phone at 301-975-3062.

    Point(s) of Contact
    Lauren P. Roller
    (301) 975-3062
    lauren.roller@nist.gov
    Files
    Title
    Posted
    CSS Code Conversion.pdf
    The National Institute of Standards and Technology (NIST) has issued a Request for Quotations (RFQ No. NIST-RFQ-24-7301490) for the open-source conversion of the Latent Quality Metric (LQMetric), a widely used algorithm for assessing latent fingerprint image quality. The goal is to transition LQMetric from its current multi-language framework reliant on Microsoft Windows to a compliant C++ software library, thereby enhancing accessibility. The RFQ is open to both small and large businesses, with responses due by September 12, 2024. Quoters must submit their proposals in two volumes: a technical response detailing their approach, personnel qualifications, and prior experience, and a price quotation structured per the specified contract line item numbering. The evaluation criteria prioritize the technical approach, qualifications of key personnel, and relevant past experiences, with pricing assessed for fairness rather than scored. The contract will be awarded based on best value, emphasizing technical viability and past performance over cost. This initiative underscores NIST's commitment to improving software accessibility for research and operational applications while adhering to federal procurement guidelines.
    Provisions and Clauses_Code Conversion.docx
    The document outlines the applicable provisions and clauses for procurement processes governed by the Federal Acquisition Regulation (FAR) and Commerce Acquisition Regulation (CAR) as of FAC 2024-06. It emphasizes the necessity for offerors to complete specific representations and certifications, particularly in relation to contractor employee rights, telecommunications, and responsibility matters. Key provisions include the prohibition of contracts with entities utilizing covered telecommunications equipment, requirements for System for Award Management (SAM) registration, and obligations regarding contractor conduct and reporting. The document details procedures for agency protests, invoicing processes, and compliance with laws pertaining to labor standards and federal taxes. Additionally, guidelines for electronic billing submissions and contractor responsibilities regarding government operating status during contract performance disruptions are provided. Overall, this comprehensive framework ensures all parties adhere to legal standards while fostering transparency and accountability in government contracting.
    Q_A NIST-RFQ-24-7701734.pdf
    The document relates to NIST-RFQ-24-7701734, focusing on the conversion of the Universal Latent Workstation’s Latent Quality Metric (LQMetric) to an open-source, cross-platform C++ application. It outlines inquiries and responses concerning the programming languages used, confirming that the original source code may also include Microsoft Visual Basic and C#. The contractor must verify these details. Additionally, issues regarding corrupted tables in the Statement of Work (SOW) are addressed, with NIST providing revised documents in both Word and PDF formats to rectify the readability problems in the specified tables. This document underscores the importance of clarity and accuracy in government RFPs, ensuring that potential contractors have access to properly formatted and legible information to facilitate submissions.
    SOW_ Code Conversion.docx
    The National Institute of Standards and Technology (NIST) seeks contractor support for converting the Latent Quality Metric (LQMetric) from its Universal Latent Workstation software into a standalone, open-source C++ library, termed OpenLQM. This transition aims to enhance accessibility by eliminating reliance on proprietary libraries, enabling usage across multiple platforms. The contractor is tasked with developing conformant test images, creating a compilation infrastructure, and building an application programming interface (API) that will facilitate high-level function interactions within the software. The project encompasses several phases: recommending an open-source license, establishing a robust software library with appropriate APIs, conducting thorough conformance testing, and packaging the command line executable and library for user deployment. Key personnel qualifications include extensive experience in biometric software and ISO-compliant C++ development. The project is set to commence on September 23, 2024, and is pivotal for advancing biometric technology evaluations and contributing to international standards for latent fingerprint image quality.
    SOW_ Code Conversion.pdf
    The National Institute of Standards and Technology (NIST) seeks contractor support for converting the Latent Quality Metric (LQMetric) from its Universal Latent Workstation software into a standalone, open-source C++ library, termed OpenLQM. This transition aims to enhance accessibility by eliminating reliance on proprietary libraries, enabling usage across multiple platforms. The contractor is tasked with developing conformant test images, creating a compilation infrastructure, and building an application programming interface (API) that will facilitate high-level function interactions within the software. The project encompasses several phases: recommending an open-source license, establishing a robust software library with appropriate APIs, conducting thorough conformance testing, and packaging the command line executable and library for user deployment. Key personnel qualifications include extensive experience in biometric software and ISO-compliant C++ development. The project is set to commence on September 23, 2024, and is pivotal for advancing biometric technology evaluations and contributing to international standards for latent fingerprint image quality.
    Lifecycle
    Title
    Type
    Open-Source Cross-Platform C++ Conversion of Universal Latent Workstation’s Latent Quality Metric
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    Combined Synopsis/Solicitation
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