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DL/T 2015-2019 in English

DL/T 2015-2019 in English

VALID

Specification for measurement of power informatization software engineering

  • Issued on:2019-06-04
  • Implemented on:2019-10-01
  • File Format:PDF
  • Delivery:Via email within 5 business days
Price(USD): $460.00
$447.00
Standard No: DL/T 2015-2019
Document status: VALID
Title in English: Specification for measurement of power informatization software engineering
Title in Chinese: 电力信息化软件工程度量规范
Language: English
File Format: Electronic (PDF)
Delivery: Via email within 5 business days
Issued on: 2019-06-04
Implemented on: 2019-10-01
Professional Classification: DL-Electricity
Related Keywords: engineering management fee
power informatization software engineering introduction analysis
function point measurement methods
implementation fee
+ development fee
Related Topics: Information standard
Informatization
software engineering
degree
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measure
Signal Peptide Batch Software
dl/t 5719-2015
Software Engineering Standards
Help industrial site informatization
degree measurement information
dl/t422-2015
dl/t 1490 2015
altitude information
DL/T 5498-2015
DL/T 5499-2015
DL/T 5502-2015
DL/T 5503-2015
DL/T 5504-2015
DL/T 5505-2015
DL/T 5506-2015
DL/T 5507-2015
DL/T 5509-2015
DL/T 5715-2015
DL/T 5716-2015
DL/T 5717-2015
DL/T 5718-2015
DL/T 5721-2015
DL/T 5722-2015
DL/T 5723-2015
DL/T 5724-2015
DL/T 5725-2015
DL/T 5726-2015
Power industry equipment
Power Industry Application Software (Information Security)
Power software
Information software quality
Electric power informatization
Information system testing
Electric power engineering measurement accuracy
Electric power information software engineering measurement
dl/t2011-2019
dl/t1966-2019
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Introduction

Analysis of the core framework of the standard

ModuleMeasurement methodBenchmark referenceTypical value range
Feasibility study feeDifferential rating progressive methodDB44/T635-20090.8%-4%
Development feeFunction point analysis methodSJ/T 11463-20136.91ph/FP(P50)
Third-party testing feeDevelopment fee ratio conversionSSM-BK80,000-600,000 yuan

Key technical points

1. Implementation of function point analysis method

The standard recommends 5 function point measurement methods, among which the NESMA method has significant advantages when the requirements are unclear. Scale adjustment needs to consider:

  • Initial function point UFP=35×ILF+15×EIF
  • Adjusted scale S=UFP×VAF×RCF

2. Cost structure model

A provincial power dispatching system development case:

Total cost C = feasibility study fee (2.1%) + development fee (62.3%) + third-party testing fee (8.7%) + implementation fee (15.5%) + supervision fee (3.2%) + engineering management fee (8.2%)

Application of industry benchmark data

CityMan-month rate (10,000 yuan)Productivity (ph/FP)
Beijing2.574.56(P25)
Chengdu1.696.91(P50)

Implementation Suggestions

  1. In the demand phase, the Indicative Function Point Analysis Method
  2. Safety testing needs to distinguish between secondary/tertiary system requirements
  3. Construction period compression needs to be evaluated according to the D=1.277×(AE/HM1)0.404 model

Sample only — not a preview of DL/T 2015-2019
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