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IEEE 1641 2005

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IEEE Standard for Signal and Test Definition

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IEEE 2005 417
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New IEEE Standard – Inactive – Superseded. To provide the means to define and describe signals used in testing. The standard provides a set of common basic signals, mathematically under pinned so that signals can be combined to form complex signals useable across all test platforms. The provision of language elements supports test signal descriptions for interoperability.

PDF Catalog

PDF Pages PDF Title
1 IEEE Std 1641-2004 Front Cover
3 IEEE Standard for Signal and Test Definition
Introduction
5 Notice to users
Errata
Interpretations
Patents
6 Participants
7 CONTENTS
15 1. Overview
1.1 Scope
16 1.2 Purpose
2. Definitions, abbreviations, and acronyms
2.1 Definitions
18 2.2 Abbreviations and acronyms
19 3. Structure of this standard
3.1 Layers
20 3.1.1 SML layer
21 3.1.2 BSC layer
3.1.3 TSF layer
3.1.4 TPL layer
4. Signal modeling language (SML) layer
5. Basic signal component (BSC) layer
5.1 BSC layer base classes
22 5.2 BSCs
23 5.3 SignalFunction template
6. Test signal framework (TSF) layer
6.1 TSF classes
24 6.2 TSF signals
6.2.1 Interface properties table
25 6.2.2 Model description table
26 6.2.3 TSF figures
7. Test procedure language (TPL) layer
7.1 Goals of the TPL
7.2 Elements of the TPL
7.3 Use of the TPL
27 Annex A (normative) Signal modeling language (SML)
A.1 Use of the SML
A.2 Introduction
28 A.3 Physical types
31 A.4 Signal definitions
32 A.5 Pure signals
A.5.1 Nonperiodic signals
33 A.5.2 Periodic signals
34 A.6 Pure signal-combining mechanisms
A.6.1 Piecewise continuous signals (PCSs)
37 A.6.2 Sum
A.6.3 Product
A.7 Pure function transformations
38 A.7.1 Fourier transform
A.8 Measuring, limiting, and sampling signals
39 A.8.1 Confining parameters to a limit
A.8.2 Sampling signals
A.9 Digital signals
40 A.9.1 Defining Digital
A.9.2 Defining DigitalSignal
41 A.9.3 Conversion routines
42 A.9.4 Patterns
43 A.10 Basic component SML
A.10.1 Source ::SignalFunction
45 A.10.2 Conditioner ::SignalFunction
48 A.10.3 EventFunction ::SignalFunction
51 A.10.4 Sensor ::SignalFunction
A.10.5 Digital ::SignalFunction
52 A.10.6 Connection ::SignalFunction
55 Annex B (normative) Basic signal component (BSC) layer
B.1 BSC layer base classes
B.2 BSC subclasses
60 B.3 Description of a BSC
B.3.1 Diagrammatic representation of a BSC
61 B.3.2 BSC interfaces
62 B.3.3 Types of BSCs
63 B.3.4 BSC attribute default values
B.3.5 BSC subclass descriptions
65 B.4 Physical class
67 B.4.1 Permissible physical types and their units
71 B.4.2 Unit prefixes
72 B.5 PulseDefns class
73 B.5.1 PulseDefn class
B.6 SignalFunction class
74 B.6.1 Source ::SignalFunction
82 B.6.2 Conditioner ::SignalFunction
96 B.6.3 EventFunction ::SignalFunction
102 B.6.4 Sensor ::SignalFunction
108 B.6.5 Digital ::SignalFunction
110 B.6.6 Connection ::SignalFunction
115 Annex C (normative) Dynamic signal descriptions
C.1 Introduction
116 C.2 Basic classes
C.2.1 ResourceManager
117 C.2.2 Signal
119 C.2.3 BSCs
121 C.3 Dynamic signal goals and use cases
123 Annex D (normative) IDL basic components
D.1 Introduction
D.2 IDL BSC library
165 Annex E (informative) Test signal framework (TSF) for ATLAS
E.1 Introduction
E.2 AC_SIGNAL
E.2.1 Definition
166 E.2.2 Interface properties
E.2.3 Notes
E.2.4 Model description
E.2.5 Rules
167 E.2.6 Example
E.3 AM_SIGNAL
E.3.1 Definition
168 E.3.2 Interface properties
E.3.3 Notes
E.3.4 Model description
169 E.3.5 Rules
E.3.6 Example
E.4 DC_SIGNAL
E.4.1 Definition
170 E.4.2 Interface properties
E.4.3 Notes
E.4.4 Model description
171 E.4.5 Rules
E.4.6 Example
172 E.5 DIGITAL_PARALLEL
E.5.1 Definition
E.5.2 Interface properties
E.5.3 Notes
173 E.5.4 Model description
E.5.5 Rules
E.5.6 Example
174 E.6 DIGITAL_SERIAL
E.6.1 Definition
175 E.6.2 Interface properties
E.6.3 Notes
E.6.4 Model description
E.6.5 Rules
176 E.6.6 Example
E.7 DME_INTERROGATION
E.7.1 Definition
177 E.7.2 Interface properties
E.7.3 Notes
178 E.7.4 Model description
E.7.5 Rules
E.7.6 Example
179 E.8 DME_RESPONSE
E.8.1 Definition
180 E.8.2 Interface properties
181 E.8.3 Notes
E.8.4 Model description
183 E.8.5 Rules
E.8.6 Example
184 E.9 FM_SIGNAL
E.9.1 Definition
E.9.2 Interface properties
E.9.3 Notes
E.9.4 Model description
185 E.9.5 Rules
E.9.6 Example
186 E.10 ILS_GLIDE_SLOPE
E.10.1 Definition
187 E.10.2 Interface properties
188 E.10.3 Notes
E.10.4 Model description
189 E.10.5 Rules
E.10.6 Example
190 E.11 ILS_LOCALIZER
E.11.1 Definition
E.11.2 Interface properties
191 E.11.3 Notes
E.11.4 Model description
192 E.11.5 Rules
E.11.6 Example
193 E.12 ILS_MARKER
E.12.1 Definition
194 E.12.2 Interface properties
E.12.3 Notes
E.12.4 Model description
195 E.12.5 Rules
E.12.6 Example
E.13 PM_SIGNAL
E.13.1 Definition
196 E.13.2 Interface properties
E.13.3 Notes
E.13.4 Model description
197 E.13.5 Rules
E.13.6 Example
198 E.14 PULSED_AC_SIGNAL
E.14.1 Definition
E.14.2 Interface properties
E.14.3 Notes
199 E.14.4 Model description
E.14.5 Rules
E.14.6 Example
200 E.15 PULSED_AC_TRAIN
E.15.1 Definition
E.15.2 Interface properties
201 E.15.3 Notes
E.15.4 Model description
E.15.5 Rules
202 E.15.6 Example
E.16 PULSED_DC_SIGNAL
E.16.1 Definition
203 E.16.2 Interface properties
E.16.3 Notes
E.16.4 Model description
204 E.16.5 Rules
E.16.6 Example
205 E.17 PULSED_DC_TRAIN
E.17.1 Definition
E.17.2 Interface properties
E.17.3 Notes
206 E.17.4 Model description
E.17.5 Rules
E.17.6 Example
207 E.18 RADAR_RX_SIGNAL
E.18.1 Definition
E.18.2 Interface properties
208 E.18.3 Notes
E.18.4 Model description
209 E.18.5 Rules
E.18.6 Example
210 E.19 RADAR_TX_SIGNAL
E.19.1 Definition
E.19.2 Interface properties
211 E.19.3 Notes
E.19.4 Model description
E.19.5 Rules
E.19.6 Example
212 E.20 RAMP_SIGNAL
E.20.1 Definition
213 E.20.2 Interface properties
E.20.3 Notes
E.20.4 Model description
E.20.5 Rules
214 E.20.6 Example
E.21 RANDOM_NOISE
E.21.1 Definition
E.21.2 Interface properties
215 E.21.3 Notes
E.21.4 Model description
E.21.5 Rules
E.21.6 Example
216 E.22 RESOLVER
E.22.1 Definition
217 E.22.2 Interface properties
E.22.3 Notes
E.22.4 Model description
218 E.22.5 Rules
219 E.22.6 Example
E.23 RS_232
E.23.1 Definition
E.23.2 Interface properties
220 E.23.3 Notes
E.23.4 Model description
E.23.5 Rules
E.24 SQUARE_WAVE
E.24.1 Definition
221 E.24.2 Interface properties
E.24.3 Notes
E.24.4 Model description
222 E.24.5 Rules
E.24.6 Example
223 E.25 SSR_INTERROGATION
E.25.1 Definition
E.25.2 Interface properties
224 E.25.3 Notes
225 E.25.4 Model description
E.25.5 Rules
E.25.6 Example
226 E.26 SSR_RESPONSE
E.26.1 Definition
E.26.2 Interface properties
227 E.26.3 Notes
228 E.26.4 Model description
229 E.26.5 Rules
E.26.6 Example
230 E.27 STEP_SIGNAL
E.27.1 Definition
E.27.2 Interface properties
231 E.27.3 Notes
E.27.4 Model description
E.27.5 Rules
E.27.6 Example
232 E.28 SUP_CAR_SIGNAL
E.28.1 Definition
E.28.2 Interface properties
233 E.28.3 Notes
E.28.4 Model description
234 E.28.5 Rules
E.28.6 Example
E.29 SYNCHRO
E.29.1 Definition
235 E.29.2 Interface properties
236 E.29.3 Notes
E.29.4 Model description
237 E.29.5 Rules
E.29.6 Example
238 E.30 TACAN
E.30.1 Definition
239 E.30.2 Interface properties
240 E.30.3 Notes
E.30.4 Model description
242 E.30.5 Rules
E.30.6 Example
243 E.31 TRIANGULAR_WAVE_SIGNAL
E.31.1 Definition
E.31.2 Interface properties
244 E.31.3 Notes
E.31.4 Model description
E.31.5 Rules
E.31.6 Example
245 E.32 VOR
E.32.1 Definition
246 E.32.2 Interface properties
E.32.3 Notes
247 E.32.4 Model description
248 E.32.5 Rules
E.32.6 Example
249 Annex F (informative) IDL for TSF for ATLAS
F.1 Introduction
F.2 IDL for TSF for ATLAS library
269 Annex G (normative) Carrier language requirements
G.1 Carrier language requirements
G.1.1 General requirements
G.1.2 Human interface and communication
G.2 IDL
G.3 Data types
270 G.3.1 Enumeration data type
G.3.2 Integer data type
G.3.3 Real data type
271 G.3.4 Character data type
G.3.5 Boolean data type
G.3.6 File data type
G.3.7 Array data type
G.3.8 Record data type
G.3.9 Variables and constants
G.4 Data-processing requirements
G.4.1 Data manipulation
272 G.4.2 Arithmetic operators
G.4.3 Relational operators
G.4.4 Logical operators
273 G.4.5 Other operators
G.4.6 Mathematical functions
G.4.7 File-handling functions
274 G.4.8 Type conversion functions
G.4.9 String related functions
275 G.4.10 Other functions
G.5 Control structures
G.5.1 If
G.5.2 Else
G.5.3 Case
G.5.4 For
G.5.5 While
277 Annex H (normative) Test procedure language (TPL)
H.1 TPL layer
H.2 Elements of the TPL
H.3 Structure of test requirements
H.4 Carrier language
H.5 Signal statements
H.5.1 Definition of signal statements
278 H.5.2 Structure of signal statements
H.5.3 Syntax of signal statements
279 H.6 Mapping of test statements to carrier language
H.7 Test statement definitions
H.7.1 Setup statements
287 H.7.2 Reset statement
288 H.7.3 Connect statement
290 H.7.4 Disconnect statement
291 H.7.5 Enable statement
292 H.7.6 Disable statement
293 H.7.7 Read statement
294 H.7.8 Change statement
H.7.9 Compare statement
296 H.7.10 Wait_For statement
H.8 Elements used in test statement definitions
H.8.1
297 H.8.2 Attribute-Value groups
304 H.9 Attributes with multiple properties
H.9.1 Entering literal data
306 H.9.2 Using arrays of data
307 H.9.3 Acquiring sensor data
308 H.10 Transferring data in digital signals
H.10.1 Representation of digital data
309 H.10.2 Transmitting digital data using digital sources
311 H.10.3 Acquiring digital sensor data
H.10.4 Bidirectional digital signals
312 H.11 Creating test requirements
H.11.1 Creating test statements
313 H.11.2 Use of gate in signal statements
314 H.12 Delimiting TPL statements
H.12.1 Introducing a group of one or more TPL statements
H.12.2 Indicating end of group of TPL statements
317 Annex I (normative) Extensible markup language (XML) signal descriptions (XSDs)
I.1 Introduction
I.2 XML signal schema definition
355 Annex J (informative) XML for TSF for ATLAS
J.1 Introduction
J.2 TSF XML schema
J.2.1 Library information ( tag)
J.2.2 TSF information ( tag)
356 J.2.3 Interface information ( tag)
J.2.4 Model information ( tag)
357 J.2.5 XML schema
358 J.3 XML for TSF for ATLAS
403 Annex K (informative) Support for ATLAS nouns and modifiers
K.1 STD support for ATLAS signals
K.2 STD support for ATLAS nouns
406 K.3 STD support for ATLAS noun modifiers
416 K.3.1 Example of noun modifier supported by combination of BSCs
K.3.2 Example of noun modifier supported by a technique
K.4 Support for ATLAS extensions
417 Annex L (informative) Bibliography
IEEE 1641 2005
$179.29