[10001] Delay time Information Blockette (35 bytes) Name: Blockette Type: Delay time Information Blockette 10001 NoteField nameTypeLengthMask or Flags.

Slides:

Advertisements

Similar presentations

Chapter 16. Windows Internet Name Service(WINS) Network Basic Input/Output System (NetBIOS) N etBIOS over TCP/IP (NetBT) provides commands and support.

Advertisements

20.1 Chapter 20 Network Layer: Internet Protocol Copyright © The McGraw-Hill Companies, Inc. Permission required for reproduction or display.

20.1 Chapter 20 Network Layer: Internet Protocol Copyright © The McGraw-Hill Companies, Inc. Permission required for reproduction or display.

NETWORK LAYER (1) T.Najah AlSubaie Kingdom of Saudi Arabia Prince Norah bint Abdul Rahman University College of Computer Since and Information System NET331.

A Compression Format for RPL Control Messages draft-goyal-roll-rpl-compression-00 Mukul Goyal University of Wisconsin Milwaukee.

Networks: Switching1 Point-to-Point Network Switching.

RAPID-MOC Mooring Array Instrumentation l Instrument types and specifications l Telemetry.

Department of Computer Engineering University of California at Santa Cruz Networking Systems (1) Hai Tao.

Network Basics: Circuit-siwtching vs. packet-switching

Ethernet: CSMA/CD (Carrier Sense Multiple Access with Collision Detection) Access method: method of controlling how network nodes access communications.

13.5 Arranging data on disk Meghna Jain ID-205CS257 ‏Prof: Dr. T.Y.Lin.

Degree A F H G B E D C. Adjacent A F H G B E D C.

13.5 Arranging data on disk Meghna Jain ID-205CS257 ‏Prof: Dr. T.Y.Lin.

Athens 27 September 2007 The S.V.I.R.CO. Observatory (INAF/UNIROMA3 Collaboration): Present status Workshop on Neutron Monitors 'The present and the future.

1 The ideal gas EOS can be written in many different ways...

Lesson 2 TEMPERATURE AND PRESSURE MEASUREMENTS DEFINE the thermodynamic properties temperature and pressure. DESCRIBE the Fahrenheit, Celsius, Kelvin,

Connecting Networks © 2004 Cisco Systems, Inc. All rights reserved. Defining the IP Packet Delivery Process INTRO v2.0—4-1.

3-2008UP-Copyrights reserved1 ITGD4103 Data Communications and Networks Lecture-9: Communication Techniques,Spectrum and bandwidth week 10- q-2/ 2008 Dr.

Communication Networks

Review of Networking Concepts Part 1: Switching Networks

Multiplexing. PDH Multiplexing Plesiochronous digital hierarchy (PDH) -each TDM stream was derived using a separate timing source -Justification.

Introduction to Networks CS587x Lecture 1 Department of Computer Science Iowa State University.

20.1 Chapter 20 Network Layer: Internet Protocol Copyright © The McGraw-Hill Companies, Inc. Permission required for reproduction or display.

Microsoft Windows Server 2003 TCP/IP Protocols and Services Technical Reference Slide: 1 Lesson 5 Internet Protocol (IP) Basics.

ECE 466 Switching Networks. ECE 466 A communication network provides a scalable solution to connect a large number of end systems Communication Networks.

8.1 Chapter 8 Switching Copyright © The McGraw-Hill Companies, Inc. Permission required for reproduction or display.

20.1 Chapter 20 Network Layer: Internet Protocol Copyright © The McGraw-Hill Companies, Inc. Permission required for reproduction or display.

Copyright © 2010 Pearson Education, Inc. All rights reserved Sec

Packet switching network Data is divided into packets. Transfer of information as payload in data packets Packets undergo random delays & possible loss.

EE Audio Signals and Systems Room Acoustics Kevin D. Donohue Electrical and Computer Engineering University of Kentucky.

1 [10001] Time-delay Information Blockette (18 bytes) Name: Blockette Type: Time-delay Information Blockette NoteField nameTypeLengthMask or Flags.

Energy savings on mining compressed air networks through dedicated process plant compressors Rudi Joubert 16 August 2012.

Thermal Detecting Wireless Sensor Network

McGraw-Hill©The McGraw-Hill Companies, Inc., 2000 CH. 8: SWITCHING & DATAGRAM NETWORKS 7.1.

Electrical Engineering

Decision Maths 1 Shortest path algorithm Dijkstra’s Algorithm A V Ali :

15B Critical path analysis. In a critical path analysis, edges represent activities. Nodes (vertices) represent the end of one activity and the start.

Squaring of a number ending in 5 An approach to determine answers Quickly! Squaring of a number ending in 5.

Agenda FDSN WG2+3 SEED issues –Order of FIR filter coeff (bl 54) –QC flag indicating M for merged data –Est. delay and corr. Applied fields bl 57 –Minor.

Prepaid by: Guided by: ashwin goswami.

Characteristics of Instrumentation An instrument is a device that transforms a physical variable of interest (the measurand) into a form that is suitable.

Copyright © 2010 The HDF Group. All Rights Reserved1 Data Storage and I/O in HDF5.

June 12, 2004Synthetic Seismogram Exchange Standards But We Have A Standard. Can SEED Support Synthetics? Linus Kamb IRIS DMC.

© 2003, Cisco Systems, Inc. All rights reserved.

Chapter 7 Factoring. Chapter 7 Factoring A General Approach to Factoring 7.4 A General Approach to Factoring.

Polynomial Functions and Models

7 Network Layer Part IV Computer Networks Tutun Juhana

Fundamental Theorem of Algebra

Date of download: 11/13/2017 Copyright © ASME. All rights reserved.

Chapter 7 Factoring. Chapter 7 Factoring A General Approach to Factoring 7.4 A General Approach to Factoring.

Section 2.5 Graphing Techniques; Transformations

Chapter 20 Network Layer: Internet Protocol

Units of Measurement.

[2001] Delay Time Information Blockette (36 bytes)

Department of Computer Science University of York

Route Tracker App Android How to Program

OOAM Update OAM Header update: Echo Request/Reply update:

Section 2.5 Graphing Techniques; Transformations

The Inverse Trigonometric Functions (Continued)

Section 10.1 Polar Coordinates

Determining Airfoil Self-Noise Levels

Type Conversion It is a procedure of converting one data type values into another data type In C programming language we are having two types of type conversion.

Section R.2 Algebra Essentials

Section 10.5 The Dot Product

Basic Matrix Operations

Both ends of the pipe will vibrate.

IP datagram fields cont.

The Real Zeros of a Polynomial Function

Fundamental Theorem of Algebra

Presentation transcript:

[10001] Delay time Information Blockette (35 bytes) Name: Blockette Type: Delay time Information Blockette NoteField nameTypeLengthMask or Flags BBABBBBBBBBBBABBBBBBBB Blockette type Length of blockette type Data transferred path Delay time to instrument Delay time to node Time difference with GPS Time correction to raw data Unit of the item 4 Unit of the item 5 Unit of the item 6 Reserved bytes Notes for fields: 4 LONG: Transfer delay time to instrument. Unit is written in field 8. 2 UWORD: Byte number of next blockette. 3 CHAR*2: Data transferred path of cable route. Route AA, B1, …, etc. 1 UWORD: Blockette type [10001]: Time-delay information blockette. 5 LONG: Transfer delay time to station network node. Unit is written in field 9. 6 LONG: Time difference between GPS and record. Unit is written in field FLOAT: Frequency (Hz) corresponding to the unit of the field 4. 9 FLOAT: Frequency (Hz) corresponding to the unit of the field FLOAT: Frequency (Hz) corresponding to the unit of the field UBYTE: Reserved; do not use. 7 LONG: Time correction applied in the record start time. Same value as the field 16 in the Fixed Section of Data Header. Unit is 100 micro second.

2 [10050] Quartz Pressure Blockette (61 bytes) Name: Blockette Type: Quartz Pressure Blockette NoteField nameTypeLengthMask or Flags BBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB Blockette type Length of blockette type Temperature coefficient U0 Temperature coefficient Y1 Temperature coefficient Y2 Temperature coefficient Y3 Pressure coefficient C1 Pressure coefficient C2 Pressure coefficient C3 Pressure coefficient D1 Pressure coefficient D2 Pressure coefficient T1 Pressure coefficient T2 Pressure coefficient T3 Pressure coefficient T4 Pressure coefficient T5 Reserved bytes

3 17 UBYTE: Reserved; do not use 12 FLOAT: Coffecient of pressure: T1. Unit is micro-second. 13 FLOAT: Coffecient of pressure: T2. Unit is micro-second per micro-second squared. 14 FLOAT: Coffecient of pressure: T3. Unit is micro-second per micro-second squared. 15 FLOAT: Coffecient of pressure: T4. Unit is micro-second per micro-second cubic. 16 FLOAT: Coffecient of pressure: T5. Unit is dimensionless. Notes for fields: 2 UWORD: Byte number of next blockette. 1 UWORD: Blockette type [10050]: Quratz pressure gauge blockette. 3 FLOAT: Coffecient of temperature: conversion coefficient U0 to physical value for quartz pressure gauge by Paroscientific, Inc. Unit is micro-second. 4 FLOAT: Coffecient of temperature: Y1. Unit is degree C per micro-second. 5 FLOAT: Coffecient of temperature: Y2. Unit is degree C per micro-second squared. 6 FLOAT: Coffecient of temperature: Y3. Unit is dimensionless. 7 FLOAT: Coffecient of pressure: C1. Unit is psia. 8 FLOAT: Coffecient of pressure: C2. Unit is psia per micro-second. 9 FLOAT: Coffecient of pressure: C3. Unit is psia per micro-second squared. 10 FLOAT: Coffecient of pressure: D1. Unit is dimensionless. 11 FLOAT: Coffecient of pressure: D2. Unit is dimensionless.