This document provides instructions for verifying various network connections and configurations in an eNodeB using Moshell commands:
1. The st mme and st termpointtomme commands can check the S1-CP connection between the eNodeB and MME after a restart.
2. Verifying S1-UP connectivity requires pinging from a UE to an application server.
3. The st termpointtoenb command displays configured X2 links between eNodeBs.
4. The get intralte command checks if the Intra-LTE Handover feature is activated, required for handovers.
E node b_useful_commands_for_rf_engineerMohamed Msuya
This document provides instructions for verifying connections and checking the status of various network elements in an LTE network using Moshell commands. Specifically:
1) Commands are given to check the S1-CP connection between an eNodeB and MME after restart, verify S1-UP connectivity between an eNodeB and SGW, and check the status of X2 links between eNodeBs.
2) Instructions are provided to check if handover features are activated on an eNodeB and to view IP addresses and relations between cells, frequencies, and sectors.
3) The status of cells and sectors can be checked, and cells can be locked or unlocked using provided commands.
Integrated Data, Message, and Process Recovery for Failure Masking in Web Ser...Gera Shegalov
The document discusses ensuring exactly-once execution semantics for web services through the use of interaction contracts and failure masking techniques implemented in a PHP framework called EOS. It presents an interaction contracts framework that uses formal specifications, model checking, and persistent logging to guarantee exactly-once execution across failures. The document also evaluates the performance overhead of the EOS implementation through an experiment running a simulated e-commerce auction service.
This document discusses SCAN, VIP, and HAIP in Oracle RAC environments. It provides details on:
- VIP - a virtual IP address that is not statically linked to a single node, allowing for faster failovers. Each node has a VIP.
- SCAN - a single virtual IP and listener that provides load balancing and high availability. SCAN acts as an abstraction layer so client connect strings do not need to change.
- HAIP - high availability IP addresses that allow clusterware and the database to use plumbed IP addresses for private interconnect traffic via solutions like bonding and trunking.
The document discusses best practices for using Apache Cassandra, including:
- Topology considerations like replication strategies and snitches
- Booting new datacenters and replacing nodes
- Security techniques like authentication, authorization, and SSL encryption
- Using prepared statements for efficiency
- Asynchronous execution for request pipelining
- Batch statements and their appropriate uses
- Improving performance through techniques like the new row cache
OSMC 2008 | Monitoring MySQL by Geert VanderkelenNETWAYS
Monitoring MySQL has a long history within Nagios. Several plugins are available already. In addition to that, there are probably lots of plugins that have been developed by the community. We take a look at some of these and discuss what kind of additional useful information could be pulled out of a MySQL Server for monitoring it even better. A simple example on how to write such plugins will be shown, also using NDB API for monitoring MySQL Cluster. Now that MySQL Enterprise Monitor (MEM) is available, we'll go through the possibilities for combining the two platforms. We will also discuss the NDOUtils for storing configuration and event data using MySQL.
This talk starts with a brief overview of MySQL itself: some history, where it's heading too, and why it is so successful.
Formal Verification of Web Service Interaction ContractsGera Shegalov
The document summarizes research on formal verification of interaction contracts (ICs) for web services. It describes an IC framework that provides exactly-once execution semantics even in the presence of failures. The framework specifies ICs using Statemate statecharts and formally verifies properties like safety and liveness. It also demonstrates applying ICs to a web service architecture with frontend and backend servers.
The document summarizes the new features and improvements in CodeIgniter 3.0. Key highlights include increased number of commits compared to previous versions, improved database features like query builder and failover connections, new features like output minification and pagination improvements, and a focus on unit testing.
This document summarizes the steps taken to install and configure MySQL 5.1.50 and MySQL 5.5.8 on the same machine for performance testing purposes. It describes preparing the testing environment, installing each MySQL version, and configuring various parameters like the InnoDB storage engine settings. Tests were run using Sysbench to compare the performance of each version for operations like inserting 1 million records with and without concurrency. The results are presented in tables showing the time taken for each operation on each MySQL configuration.
E node b_useful_commands_for_rf_engineerMohamed Msuya
This document provides instructions for verifying connections and checking the status of various network elements in an LTE network using Moshell commands. Specifically:
1) Commands are given to check the S1-CP connection between an eNodeB and MME after restart, verify S1-UP connectivity between an eNodeB and SGW, and check the status of X2 links between eNodeBs.
2) Instructions are provided to check if handover features are activated on an eNodeB and to view IP addresses and relations between cells, frequencies, and sectors.
3) The status of cells and sectors can be checked, and cells can be locked or unlocked using provided commands.
Integrated Data, Message, and Process Recovery for Failure Masking in Web Ser...Gera Shegalov
The document discusses ensuring exactly-once execution semantics for web services through the use of interaction contracts and failure masking techniques implemented in a PHP framework called EOS. It presents an interaction contracts framework that uses formal specifications, model checking, and persistent logging to guarantee exactly-once execution across failures. The document also evaluates the performance overhead of the EOS implementation through an experiment running a simulated e-commerce auction service.
This document discusses SCAN, VIP, and HAIP in Oracle RAC environments. It provides details on:
- VIP - a virtual IP address that is not statically linked to a single node, allowing for faster failovers. Each node has a VIP.
- SCAN - a single virtual IP and listener that provides load balancing and high availability. SCAN acts as an abstraction layer so client connect strings do not need to change.
- HAIP - high availability IP addresses that allow clusterware and the database to use plumbed IP addresses for private interconnect traffic via solutions like bonding and trunking.
The document discusses best practices for using Apache Cassandra, including:
- Topology considerations like replication strategies and snitches
- Booting new datacenters and replacing nodes
- Security techniques like authentication, authorization, and SSL encryption
- Using prepared statements for efficiency
- Asynchronous execution for request pipelining
- Batch statements and their appropriate uses
- Improving performance through techniques like the new row cache
OSMC 2008 | Monitoring MySQL by Geert VanderkelenNETWAYS
Monitoring MySQL has a long history within Nagios. Several plugins are available already. In addition to that, there are probably lots of plugins that have been developed by the community. We take a look at some of these and discuss what kind of additional useful information could be pulled out of a MySQL Server for monitoring it even better. A simple example on how to write such plugins will be shown, also using NDB API for monitoring MySQL Cluster. Now that MySQL Enterprise Monitor (MEM) is available, we'll go through the possibilities for combining the two platforms. We will also discuss the NDOUtils for storing configuration and event data using MySQL.
This talk starts with a brief overview of MySQL itself: some history, where it's heading too, and why it is so successful.
Formal Verification of Web Service Interaction ContractsGera Shegalov
The document summarizes research on formal verification of interaction contracts (ICs) for web services. It describes an IC framework that provides exactly-once execution semantics even in the presence of failures. The framework specifies ICs using Statemate statecharts and formally verifies properties like safety and liveness. It also demonstrates applying ICs to a web service architecture with frontend and backend servers.
The document summarizes the new features and improvements in CodeIgniter 3.0. Key highlights include increased number of commits compared to previous versions, improved database features like query builder and failover connections, new features like output minification and pagination improvements, and a focus on unit testing.
This document summarizes the steps taken to install and configure MySQL 5.1.50 and MySQL 5.5.8 on the same machine for performance testing purposes. It describes preparing the testing environment, installing each MySQL version, and configuring various parameters like the InnoDB storage engine settings. Tests were run using Sysbench to compare the performance of each version for operations like inserting 1 million records with and without concurrency. The results are presented in tables showing the time taken for each operation on each MySQL configuration.
The document appears to contain code snippets and documentation related to boundary scan testing and initialization of integrated circuits. Specifically, it includes:
1. Code examples for boundary scan register definitions using attributes like REGISTER_FIELDS, REGISTER_MNEMONICS, and REGISTER_ASSEMBLY.
2. Descriptions and examples of initialization data registers and related instructions/procedures for setting up I/O protocols, voltages, and clocks on chips.
3. Package definitions and examples that define and assemble segments for boundary scan registers and initialization data fields across multiple ICs.
A Framework for Robust Control of Uncertainty in Self-Adaptive Software Conn...Pooyan Jamshidi
We enable reliable and dependable self‐adaptations of component connectors in unreliable environments with imperfect monitoring facilities and conflicting user opinions about adaptation policies by developing a framework which comprises: (a) mechanisms for robust model evolution, (b) a method for adaptation reasoning, and (c) tool support that allows an end‐to‐end application of the developed techniques in real‐world domains.
The document describes how to add LED driver programs to the BSP in Windows CE. It involves creating directories and files for the LED driver in the BSP folder, adding code to initialize and control the LEDs, compiling the driver and testing application, and integrating them into the kernel so the testing application runs at startup. Key steps include creating makefiles and source files for the driver, implementing IO control functions to turn LEDs on/off, and compiling the test application to call these driver functions through device I/O control calls.
This document discusses binary vulnerabilities and methods for identifying and exploiting them. It covers topics like stack overflows, heap overflows, integer overflows, and pointer vulnerabilities. It also discusses vulnerability metrics, identifiers, and tools that can be used for analysis like fuzzers, symbolic execution, and decompilers. Exploitation techniques like bypassing protections and transferring control are also mentioned.
This document discusses binary vulnerabilities and methods for finding and exploiting them. It covers different types of vulnerabilities like stack overflows, heap overflows, and integer overflows. It also discusses vulnerability metrics, identifiers, and tools that can be used to analyze binaries both statically and dynamically like fuzzers, symbolic execution, and taint analysis. Exploitation techniques like bypassing protections and ROP are also mentioned.
This document discusses randomization using SystemVerilog. It begins by introducing constraint-driven test generation and random testing. It explains that SystemVerilog allows specifying constraints in a compact way to generate random values that meet the constraints. The document then discusses using objects to model complex data types for randomization. It provides examples of using SystemVerilog functions like $random, $urandom, and $urandom_range to generate random numbers. It also discusses constraining randomization using inline constraints and randomizing objects with the randomize method.
This document describes the history and features of the MDP-Plus expert advisor (EA). It was originally based on the MillionDollarPips EA and has undergone several versions with updates and improvements made by Capella. Key features of MDP-Plus v2.1.2 include trailing stops, support for no dealing desk brokers, optimized settings, and customization of indicators and order settings. The EA uses moving averages, Bollinger Bands, and other indicators to determine entry signals and manage open positions.
Learn from Fastly veteran Cassandra Dixon on some of the most common customer issues we see — such as why things aren’t caching, misconfigured origins, issues with intermediary proxies, and VCL snafus — and the best ways to resolve them. We’ll also discuss our unique approach to debugging — using seemingly mundane tools to diagnose issues in creative ways — and how you can apply these methods to your own organization to get the most out of Fastly’s offerings.
The document provides instructions for setting up a TI-RTOS project for the CC1352R wireless microcontroller. It describes creating a CCS project targeting the CC1352R, configuring compiler and linker settings, generating a system configuration file, and adding TI-RTOS and driver library files. The goal is to build a basic "hello world" project to demonstrate real-time operating system functionality on the CC1352R wireless microcontroller.
This document discusses various Oracle SQL concepts including query optimization, execution plans, joins, indexes, and full table scans. It provides guidance on understanding how Oracle processes and executes SQL queries, the importance of statistics and selectivity, and techniques for writing efficient queries such as predicate pushing and query transformations. The goal is to help readers gain a conceptual understanding of Oracle's internals to formulate more efficient SQL.
The document discusses the glance-replicator tool in OpenStack. Glance-replicator allows replication of images between two glance servers. It can replicate images and also import and export images. The document provides examples of using glance-replicator commands like compare, livecopy to replicate images between two devstack all-in-one OpenStack environments. It demonstrates the initial state with only one environment having images and after replication both environments having the same set of images.
FOSDEM 2012: MySQL synchronous replication in practice with GaleraFromDual GmbH
This document provides an overview of MySQL synchronous replication using Galera. It discusses why Galera is used over other replication options, how to set up a Galera cluster with 3 nodes, the configuration required, and how to perform operations like starting/stopping nodes and performing a state snapshot transfer. It also covers characteristics of Galera like synchronous multi-master replication, automatic membership control, and parallel replication. The document is meant to facilitate questions and discussion about using Galera in practice.
Debugging: Rules And Tools - PHPTek 11 VersionIan Barber
The document provides rules and tools for debugging. It discusses understanding the system, making failures reproducible, quitting thinking and closely observing behaviors, dividing problems into smaller pieces, changing one thing at a time, and maintaining an audit trail of changes. Tools mentioned include Xdebug, Selenium, PHPUnit, strace, and source control systems. Logging, instrumentation, and testing techniques are also covered.
This document discusses MongoDB replication and sharding. It begins with an introduction to MongoDB and its data model. It then covers replication with master-slave and replica sets. It also discusses sharding components including shard servers, config servers, and mongos routers. It provides examples of setting up replica sets, adding shards, and combining replica sets with sharding. The document encourages trying these techniques yourself and sharing experiences.
This document summarizes MySQL's init_connect feature which allows SQL statements to be executed for each client connection. It provides examples of setting init_connect to log client connections to a table and discusses how to address issues like preventing the logs from being written to binary logs. The document also estimates storage needed for connection logs and provides an example of periodically deleting old log entries.
Replication allows copying data from one MySQL database server to another. It works by logging all SQL statements on the master server and playing them back on the slave server. Logical replication copies the data changes and allows asynchronous replication with potential delays. Configuring replication involves setting up a slave server to copy and replay the binary logs from the master server.
Replication allows copying data from one MySQL database server to another. It works by logging all SQL statements on the master server and playing them back on the slave server. Logical replication copies the data changes and allows asynchronous replication with potential delays. Configuring replication involves setting up a slave server to copy and replay the binary logs from the master server.
The document provides an overview of a NodeJS CRUD and deployment course. The course outline includes: setting up a NodeJS environment on SmartOS with MySQL and Git in 3 minutes; tools for cloud development like SSH, SCP, and Git; building a simple web server with authorization using Passport and CRUD functionality with MySQL; and advanced topics like load balancing for cloud services. The course also provides a Micloud server for hands-on labs and sample projects.
The document appears to contain code snippets and documentation related to boundary scan testing and initialization of integrated circuits. Specifically, it includes:
1. Code examples for boundary scan register definitions using attributes like REGISTER_FIELDS, REGISTER_MNEMONICS, and REGISTER_ASSEMBLY.
2. Descriptions and examples of initialization data registers and related instructions/procedures for setting up I/O protocols, voltages, and clocks on chips.
3. Package definitions and examples that define and assemble segments for boundary scan registers and initialization data fields across multiple ICs.
A Framework for Robust Control of Uncertainty in Self-Adaptive Software Conn...Pooyan Jamshidi
We enable reliable and dependable self‐adaptations of component connectors in unreliable environments with imperfect monitoring facilities and conflicting user opinions about adaptation policies by developing a framework which comprises: (a) mechanisms for robust model evolution, (b) a method for adaptation reasoning, and (c) tool support that allows an end‐to‐end application of the developed techniques in real‐world domains.
The document describes how to add LED driver programs to the BSP in Windows CE. It involves creating directories and files for the LED driver in the BSP folder, adding code to initialize and control the LEDs, compiling the driver and testing application, and integrating them into the kernel so the testing application runs at startup. Key steps include creating makefiles and source files for the driver, implementing IO control functions to turn LEDs on/off, and compiling the test application to call these driver functions through device I/O control calls.
This document discusses binary vulnerabilities and methods for identifying and exploiting them. It covers topics like stack overflows, heap overflows, integer overflows, and pointer vulnerabilities. It also discusses vulnerability metrics, identifiers, and tools that can be used for analysis like fuzzers, symbolic execution, and decompilers. Exploitation techniques like bypassing protections and transferring control are also mentioned.
This document discusses binary vulnerabilities and methods for finding and exploiting them. It covers different types of vulnerabilities like stack overflows, heap overflows, and integer overflows. It also discusses vulnerability metrics, identifiers, and tools that can be used to analyze binaries both statically and dynamically like fuzzers, symbolic execution, and taint analysis. Exploitation techniques like bypassing protections and ROP are also mentioned.
This document discusses randomization using SystemVerilog. It begins by introducing constraint-driven test generation and random testing. It explains that SystemVerilog allows specifying constraints in a compact way to generate random values that meet the constraints. The document then discusses using objects to model complex data types for randomization. It provides examples of using SystemVerilog functions like $random, $urandom, and $urandom_range to generate random numbers. It also discusses constraining randomization using inline constraints and randomizing objects with the randomize method.
This document describes the history and features of the MDP-Plus expert advisor (EA). It was originally based on the MillionDollarPips EA and has undergone several versions with updates and improvements made by Capella. Key features of MDP-Plus v2.1.2 include trailing stops, support for no dealing desk brokers, optimized settings, and customization of indicators and order settings. The EA uses moving averages, Bollinger Bands, and other indicators to determine entry signals and manage open positions.
Learn from Fastly veteran Cassandra Dixon on some of the most common customer issues we see — such as why things aren’t caching, misconfigured origins, issues with intermediary proxies, and VCL snafus — and the best ways to resolve them. We’ll also discuss our unique approach to debugging — using seemingly mundane tools to diagnose issues in creative ways — and how you can apply these methods to your own organization to get the most out of Fastly’s offerings.
The document provides instructions for setting up a TI-RTOS project for the CC1352R wireless microcontroller. It describes creating a CCS project targeting the CC1352R, configuring compiler and linker settings, generating a system configuration file, and adding TI-RTOS and driver library files. The goal is to build a basic "hello world" project to demonstrate real-time operating system functionality on the CC1352R wireless microcontroller.
This document discusses various Oracle SQL concepts including query optimization, execution plans, joins, indexes, and full table scans. It provides guidance on understanding how Oracle processes and executes SQL queries, the importance of statistics and selectivity, and techniques for writing efficient queries such as predicate pushing and query transformations. The goal is to help readers gain a conceptual understanding of Oracle's internals to formulate more efficient SQL.
The document discusses the glance-replicator tool in OpenStack. Glance-replicator allows replication of images between two glance servers. It can replicate images and also import and export images. The document provides examples of using glance-replicator commands like compare, livecopy to replicate images between two devstack all-in-one OpenStack environments. It demonstrates the initial state with only one environment having images and after replication both environments having the same set of images.
FOSDEM 2012: MySQL synchronous replication in practice with GaleraFromDual GmbH
This document provides an overview of MySQL synchronous replication using Galera. It discusses why Galera is used over other replication options, how to set up a Galera cluster with 3 nodes, the configuration required, and how to perform operations like starting/stopping nodes and performing a state snapshot transfer. It also covers characteristics of Galera like synchronous multi-master replication, automatic membership control, and parallel replication. The document is meant to facilitate questions and discussion about using Galera in practice.
Debugging: Rules And Tools - PHPTek 11 VersionIan Barber
The document provides rules and tools for debugging. It discusses understanding the system, making failures reproducible, quitting thinking and closely observing behaviors, dividing problems into smaller pieces, changing one thing at a time, and maintaining an audit trail of changes. Tools mentioned include Xdebug, Selenium, PHPUnit, strace, and source control systems. Logging, instrumentation, and testing techniques are also covered.
This document discusses MongoDB replication and sharding. It begins with an introduction to MongoDB and its data model. It then covers replication with master-slave and replica sets. It also discusses sharding components including shard servers, config servers, and mongos routers. It provides examples of setting up replica sets, adding shards, and combining replica sets with sharding. The document encourages trying these techniques yourself and sharing experiences.
This document summarizes MySQL's init_connect feature which allows SQL statements to be executed for each client connection. It provides examples of setting init_connect to log client connections to a table and discusses how to address issues like preventing the logs from being written to binary logs. The document also estimates storage needed for connection logs and provides an example of periodically deleting old log entries.
Replication allows copying data from one MySQL database server to another. It works by logging all SQL statements on the master server and playing them back on the slave server. Logical replication copies the data changes and allows asynchronous replication with potential delays. Configuring replication involves setting up a slave server to copy and replay the binary logs from the master server.
Replication allows copying data from one MySQL database server to another. It works by logging all SQL statements on the master server and playing them back on the slave server. Logical replication copies the data changes and allows asynchronous replication with potential delays. Configuring replication involves setting up a slave server to copy and replay the binary logs from the master server.
The document provides an overview of a NodeJS CRUD and deployment course. The course outline includes: setting up a NodeJS environment on SmartOS with MySQL and Git in 3 minutes; tools for cloud development like SSH, SCP, and Git; building a simple web server with authorization using Passport and CRUD functionality with MySQL; and advanced topics like load balancing for cloud services. The course also provides a Micloud server for hands-on labs and sample projects.
How to Implement a Real Estate CRM SoftwareSalesTown
To implement a CRM for real estate, set clear goals, choose a CRM with key real estate features, and customize it to your needs. Migrate your data, train your team, and use automation to save time. Monitor performance, ensure data security, and use the CRM to enhance marketing. Regularly check its effectiveness to improve your business.
Understanding User Needs and Satisfying ThemAggregage
https://www.productmanagementtoday.com/frs/26903918/understanding-user-needs-and-satisfying-them
We know we want to create products which our customers find to be valuable. Whether we label it as customer-centric or product-led depends on how long we've been doing product management. There are three challenges we face when doing this. The obvious challenge is figuring out what our users need; the non-obvious challenges are in creating a shared understanding of those needs and in sensing if what we're doing is meeting those needs.
In this webinar, we won't focus on the research methods for discovering user-needs. We will focus on synthesis of the needs we discover, communication and alignment tools, and how we operationalize addressing those needs.
Industry expert Scott Sehlhorst will:
• Introduce a taxonomy for user goals with real world examples
• Present the Onion Diagram, a tool for contextualizing task-level goals
• Illustrate how customer journey maps capture activity-level and task-level goals
• Demonstrate the best approach to selection and prioritization of user-goals to address
• Highlight the crucial benchmarks, observable changes, in ensuring fulfillment of customer needs
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How to Start Up a Company: A Step-by-Step Guide Starting a company is an exciting adventure that combines creativity, strategy, and hard work. It can seem overwhelming at first, but with the right guidance, anyone can transform a great idea into a successful business. Let's dive into how to start up a company, from the initial spark of an idea to securing funding and launching your startup.
Introduction
Have you ever dreamed of turning your innovative idea into a thriving business? Starting a company involves numerous steps and decisions, but don't worry—we're here to help. Whether you're exploring how to start a startup company or wondering how to start up a small business, this guide will walk you through the process, step by step.
[To download this presentation, visit:
https://www.oeconsulting.com.sg/training-presentations]
This PowerPoint compilation offers a comprehensive overview of 20 leading innovation management frameworks and methodologies, selected for their broad applicability across various industries and organizational contexts. These frameworks are valuable resources for a wide range of users, including business professionals, educators, and consultants.
Each framework is presented with visually engaging diagrams and templates, ensuring the content is both informative and appealing. While this compilation is thorough, please note that the slides are intended as supplementary resources and may not be sufficient for standalone instructional purposes.
This compilation is ideal for anyone looking to enhance their understanding of innovation management and drive meaningful change within their organization. Whether you aim to improve product development processes, enhance customer experiences, or drive digital transformation, these frameworks offer valuable insights and tools to help you achieve your goals.
INCLUDED FRAMEWORKS/MODELS:
1. Stanford’s Design Thinking
2. IDEO’s Human-Centered Design
3. Strategyzer’s Business Model Innovation
4. Lean Startup Methodology
5. Agile Innovation Framework
6. Doblin’s Ten Types of Innovation
7. McKinsey’s Three Horizons of Growth
8. Customer Journey Map
9. Christensen’s Disruptive Innovation Theory
10. Blue Ocean Strategy
11. Strategyn’s Jobs-To-Be-Done (JTBD) Framework with Job Map
12. Design Sprint Framework
13. The Double Diamond
14. Lean Six Sigma DMAIC
15. TRIZ Problem-Solving Framework
16. Edward de Bono’s Six Thinking Hats
17. Stage-Gate Model
18. Toyota’s Six Steps of Kaizen
19. Microsoft’s Digital Transformation Framework
20. Design for Six Sigma (DFSS)
To download this presentation, visit:
https://www.oeconsulting.com.sg/training-presentations
How to Implement a Strategy: Transform Your Strategy with BSC Designer's Comp...Aleksey Savkin
The Strategy Implementation System offers a structured approach to translating stakeholder needs into actionable strategies using high-level and low-level scorecards. It involves stakeholder analysis, strategy decomposition, adoption of strategic frameworks like Balanced Scorecard or OKR, and alignment of goals, initiatives, and KPIs.
Key Components:
- Stakeholder Analysis
- Strategy Decomposition
- Adoption of Business Frameworks
- Goal Setting
- Initiatives and Action Plans
- KPIs and Performance Metrics
- Learning and Adaptation
- Alignment and Cascading of Scorecards
Benefits:
- Systematic strategy formulation and execution.
- Framework flexibility and automation.
- Enhanced alignment and strategic focus across the organization.
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IMPACT Silver is a pure silver zinc producer with over $260 million in revenue since 2008 and a large 100% owned 210km Mexico land package - 2024 catalysts includes new 14% grade zinc Plomosas mine and 20,000m of fully funded exploration drilling.
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3. How to verify connection between eNodeB an MME (S1-Control
Plane) after eNB or MME restart >st mme or st termpointtomme
• DFWe0600037> st mme
• 100727-13:22:42 10.26.4.174 8.0d ERBS_NODE_MODEL_A_9_2 stopfile=/tmp/18164
• ===================================================================================
• Proxy Adm State Op. State MO
• ===================================================================================
• 886 1 (UNLOCKED) 1 (ENABLED) ENodeBFunction=1,TermPointToMme=MME010012008226
• ===================================================================================
• Total: 1 MOs
• DFWe0600037> st termpointtomme
• 100727-13:23:01 10.26.4.174 8.0d ERBS_NODE_MODEL_A_9_2 stopfile=/tmp/18164
• ===================================================================================
• Proxy Adm State Op. State MO
• ===================================================================================
• 886 1 (UNLOCKED) 1 (ENABLED) ENodeBFunction=1,TermPointToMme=MME010012008226
• ===================================================================================
• Total: 1 MOs
To find out IP address for MME
>get <proxy#>
4. How to Verify connection between eNodeB to SGW S1-UP (S1 – User
Plane) after eNB or SGW restart
To verify S1-UP (link from eNodeB to S-GW), you have to run ping command from
UE to application server.
Ping <IP address> -t
5. How to verify connection X2 link (Links between eNB)
• DFWe0600037> st termpointtoenb
• 100727-14:28:05 10.26.4.174 8.0d ERBS_NODE_MODEL_A_9_2 stopfile=/tmp/18164
• ===================================================================================
• Proxy Adm State Op. State MO
• ===================================================================================
• 684 1 (UNLOCKED) 1 (ENABLED) ENodeBFunction=1,EUtraNetwork=1,ExternalENodeBFunction=DFWe0600671,TermPointToENB=DFWe0600671
• 692 1 (UNLOCKED) 1 (ENABLED) ENodeBFunction=1,EUtraNetwork=1,ExternalENodeBFunction=DFWe0600008,TermPointToENB=DFWe0600008
• 694 1 (UNLOCKED) 1 (ENABLED) ENodeBFunction=1,EUtraNetwork=1,ExternalENodeBFunction=DFWe0600029,TermPointToENB=DFWe0600029
• 703 1 (UNLOCKED) 1 (ENABLED) ENodeBFunction=1,EUtraNetwork=1,ExternalENodeBFunction=DFWe0600607,TermPointToENB=DFWe0600607
• 708 1 (UNLOCKED) 1 (ENABLED) ENodeBFunction=1,EUtraNetwork=1,ExternalENodeBFunction=DFWe0600049,TermPointToENB=DFWe0600049
• 712 1 (UNLOCKED) 1 (ENABLED) ENodeBFunction=1,EUtraNetwork=1,ExternalENodeBFunction=DFWe0600674,TermPointToENB=DFWe0600674
• 718 1 (UNLOCKED) 1 (ENABLED) ENodeBFunction=1,EUtraNetwork=1,ExternalENodeBFunction=DFWe0600055,TermPointToENB=DFWe0600055
• 722 1 (UNLOCKED) 1 (ENABLED) ENodeBFunction=1,EUtraNetwork=1,ExternalENodeBFunction=DFWe0600007,TermPointToENB=DFWe0600007
• 725 1 (UNLOCKED) 1 (ENABLED) ENodeBFunction=1,EUtraNetwork=1,ExternalENodeBFunction=DFWe0600036,TermPointToENB=DFWe0600036
• 730 1 (UNLOCKED) 1 (ENABLED) ENodeBFunction=1,EUtraNetwork=1,ExternalENodeBFunction=DFWe0600044,TermPointToENB=DFWe0600044
This command will verify X2 links. A
maximum of 64 host MOs
(IpAccessHostGpb, IpAccessHostSpb
and IpAccessHostEt) can be
configured in a node.
A maximum of 64 host MOs
(IpAccessHostGpb, IpAccessHostSpb
and IpAccessHostEt) can be
connected to IpInterface MOs on one
board.
19. Shows all RUS boards installed in the ENodeB
• DFWe0600531> cabx
• 100804-11:26:30 10.26.66.110 8.0d ERBS_NODE_MODEL_A_9_2 stopfile=/tmp/11419
• .
• =====================================================================================================
• SMN APN BOARD GREEN YELLOW RED PRODUCT NR REV DATE SERIAL NR TEMP COREMGR
• =====================================================================================================
• 0 1 DUL 20 01 ON OFF OFF KDU 137 533/3 R2C 20100406 C823455278
• -----------------------------------------------------------------------------------------------------
• ================================================================
• SMN ProductNr Rev Name Date SerialNr
• ================================================================
• 0 ROJ 999 999 * BACKPLANE
• ----------------------------------------------------------------
• =======================================================================================================
=========================
• SMN APN PORT BOARD GREEN YELLOW RED PRODUCT NR REV DATE SERIAL NR
• =======================================================================================================
=========================
• 0 1 BXP_0_1 RUS steady 16 off KRC 118 59/1 R2B 20100329 CC40857143
• 0 1 BXP_1_1 RUS steady 16 off KRC 118 59/1 R2B 20100331 CC40865276
• 0 1 BXP_2_1 RUS steady 16 off KRC 118 59/1 R2B 20100329 CC40857167
• ----------------------------------------------------------------------------------------------------------------------------
22. To verify status of sync device
• DFWe0600037> st sync
• 100727-15:10:29 10.26.4.174 8.0d ERBS_NODE_MODEL_A_9_2
stopfile=/tmp/18164
• ===========================================================
========================
• Proxy Adm State Op. State MO
• ===========================================================
========================
• 95 1 (UNLOCKED) 1 (ENABLED)
Equipment=1,Subrack=1,Slot=1,PlugInUnit=1,TimingUnit=1,TuSyncRef=1
• ===========================================================
========================
• Total: 1 MOs
To Verify handling of sync
• DFWe0600531> get . clock
• 100804-09:44:51 10.26.66.110 8.0d ERBS_NODE_MODEL_A_9_2
stopfile=/tmp/11419
• ===========================================================
===================== =================================
• MO Attribute Value
• ===========================================================
===================== =================================
• Synchronization=1 nodeSystemClock 2 (LOC
KED_MODE)
• Subrack=1,Slot=1,PlugInUnit=1,TimingUnit=1 tuSystemClock 2
(LOC KED_MODE)
• ===========================================================
===================== =================================
0 UNKNOWN_MODE
1
STARTUP_MODE
The system clock is starting up.
2
LOCKED_MODE
The system clock signal on the Timing Unit is locked: a
synchronization reference is used to generate the system clock,
the clock accuracy is 50 ppb or better.
3
HOLD_OVER_MODE
The system clock signal on the Timing Unit has holdover quality: no
synchronization reference is used to generate the system clock,
the clock accuracy is 50 ppb or better.
4
FREE_RUNNING_MODE
The system clock signal on the Timing Unit is free-running: no
synchronization reference is used to generate the system clock,
the clock accuracy is 4.6 ppm or better.
5
FAILED_MODE
The system clock signal on the Timing Unit is failed: there is fault in
generating the system clock, no guarantee of clock accuracy
level.
6
LOSS_OF_TRACKING_MODE
The frequency of the system clock is at its upper or lower limit.
7
NOT_APPLICABLE
The system clock signal on Timing Unit is not applicable: the TUB or
the CBU is not present.
24. How to check cell alarm
• DFWe0600037> alt
• 100727-15:13:11 10.26.4.174 8.0d ERBS_NODE_MODEL_A_9_2 stopfile=/tmp/18164
• Connecting to 10.26.4.174:56834 (CorbaSecurity=OFF, corba_class=2, java=1.6.0_13, jacoms=R71CD02, jacorb=R71AN04)
• Trying file=/var/opt/ericsson/amos/moshell_logfiles/edonngu/logs_moshell/tempfiles/20100727-131859_18123/ior18123
• Resolving the alarm service in OMS...
• Simple Alarm Client initialized...
• Starting to retrieve active alarms
• Nr of active alarms are: 4
• ================================================================================================
• Date & Time (Local) S Specific Problem Cause Mo-Reference
• ================================================================================================
• 2010-07-10 09:43:51 M TemperatureSensorFailure equipment_malfunction BatteryBackup=1
• 2010-07-10 09:43:51 M BatteryMissing configuration_or_customizing_error BatteryBackup=1
• 2010-07-10 09:44:41 C License Key File Fault configuration_or_customizing_error Licensing=1
• 2010-07-27 15:06:55 M Upgrade Package Corrupt file_error UpgradePackage=R20BT
• >>> Total: 4 Alarms (1 Critical, 3 Major)
How to check more detail on each alarm
• DFWe0600037> ala
• 100727-16:30:22 10.26.4.174 8.0d ERBS_NODE_MODEL_A_9_2 stopfile=/tmp/18164
• Connecting to 10.26.4.174:56834 (CorbaSecurity=OFF, corba_class=2, java=1.6.0_13, jacoms=R71CD02, jacorb=R71AN04)
• Trying file=/var/opt/ericsson/amos/moshell_logfiles/edonngu/logs_moshell/tempfiles/20100727-131859_18123/ior18123
• Resolving the alarm service in OMS...
• Simple Alarm Client initialized...
• Starting to retrieve active alarms
• Nr of active alarms are: 4
• ================================================================================================
• Sever Specific Problem Cause Mo-Reference
• ================================================================================================
• Crit License Key File Fault configuration_or_customizing_error Licensing=1
• Maj BatteryMissing configuration_or_customizing_error BatteryBackup=1
• Maj TemperatureSensorFailure equipment_malfunction BatteryBackup=1
• Maj Upgrade Package Corrupt file_error UpgradePackage=R20BT
• Alarm Id : SubNetwork=ONRM_ROOT_MO_R,SubNetwork=DFW-ENB,MeContext=DFWe0600037_5
• Event Time : Jul 10, 2010 9:44:41 AM
• Perceived Severity : Critical
• Managed Object Class : Licensing
• Managed Object Instance : SubNetwork=ONRM_ROOT_MO_R,SubNetwork=DFW-
ENB,MeContext=DFWe0600037,ManagedElement=1,SystemFunctions=1,Licensing=1
• Specific Problem : License Key File Fault
• Probable Cause : configuration_or_customizing_error
• Additional Text : No license key file installed
• Acknowledged by :
• Acknowledgement Time : 0
• Acknowledgement State: 2
• System DN : SubNetwork=ONRM_ROOT_MO_R,SubNetwork=DFW-ENB,MeContext=DFWe0600037
• Notification Id : 7
• Additional Info :
25. How to check cell alarm log
>lga or lga –xxd (number of days)
• DFWe0600531> lga -2d
• 100804-09:59:24 10.26.66.110 8.0d ERBS_NODE_MODEL_A_9_2 stopfile=/tmp/11419
• Trying password from ipdatabase file: /opt/ericsson/amos/moshell/sitefiles/ipdatabase...
• Startdate=19661031.081320, Enddate=20100805.145924
• ........Get /c/logfiles/alarm_event/ALARM_LOG.xml /var/opt/ericsson/amos/moshell_logfiles/edonngu/logs_moshell/tempfiles/20100803-
162851_11377/alarmLog11419.xml ... OK
• ====================================================================================================================
• Timestamp (UTC) S Problem Cause MO-reference
• ====================================================================================================================
• 2010-03-28 21:49:57 AL m Password File Fault configuration_or_customizing_error Security=1
• 2010-03-28 21:50:00 AL C License Key File Fault configuration_or_customizing_error Licensing=1
• 2010-04-29 14:49:00 AL * License Key File Fault configuration_or_customizing_error Licensing=1
• 2010-04-29 14:49:36 AL m Password File Fault configuration_or_customizing_error Security=1
• 2010-04-29 14:49:40 AL C License Key File Fault configuration_or_customizing_error Licensing=1
• 2010-04-29 14:52:46 AL M Invalid Ethernet Optical Module replaceable_unit_type_mismatch
Subrack=1,Slot=1,PlugInUnit=1,ExchangeTerminalIp=1,GigaBitEthernet=1
• 2010-04-29 14:52:52 AL * Invalid Ethernet Optical Module replaceable_unit_type_mismatch
Subrack=1,Slot=1,PlugInUnit=1,ExchangeTerminalIp=1,GigaBitEthernet=1
• 2010-04-29 14:52:52 AL M Gigabit Ethernet Link Fault loss_of_signal Subrack=1,Slot=1,PlugInUnit=1,ExchangeTerminalIp=1,GigaBitEthernet=1
• 2010-04-29 14:52:54 AL * Gigabit Ethernet Link Fault loss_of_signal Subrack=1,Slot=1,PlugInUnit=1,ExchangeTerminalIp=1,GigaBitEthernet=1
• 2010-04-29 14:53:16 AL m Password File Fault configuration_or_customizing_error Security=1
• 2010-04-29 14:53:16 AL C License Key File Fault configuration_or_customizing_error Licensing=1
• 2010-04-29 19:54:32 AL M EnclosureProductDataMismatch configuration_or_customizing_error Cabinet=1
• 2010-04-29 19:54:53 AL * License Key File Fault configuration_or_customizing_error Licensing=1
• 2010-04-29 19:54:57 AL M LossOfMains commerical_power_failure HwUnit=PSU-1
• 2010-04-29 19:55:02 AL M TemperatureSensorFailure equipment_malfunction BatteryBackup=1
• 2010-04-29 19:55:02 AL M CircuitBreakerTripped fuse_failure HwUnit=BFU-1
• 2010-04-29 19:55:03 AL * CircuitBreakerTripped fuse_failure HwUnit=BFU-1
• 2010-04-29 19:55:03 AL M BatteryMissing configuration_or_customizing_error BatteryBackup=1
• 2010-04-29 19:55:05 AL M Disconnected equipment_malfunction HwUnit=PSU-3
• 2010-04-29 19:55:06 AL M Disconnected equipment_malfunction HwUnit=PDU-2
• 2010-04-29 19:55:06 AL M Disconnected equipment_malfunction HwUnit=SAU
• 2010-04-29 19:57:45 AL M LinkFailure link_failure Subrack=1,Slot=1,PlugInUnit=1,RiPort=A
26. How to check cell alarm log
>lgae or lgae –xxd (number of days)
• RNING - During reconfiguration of programs, no SwAllocation found for PlugInUnit: SubNetwork=ONRM_ROOT_MO_R,SubNetwork=DFW-
ENB,MeContext=DFWe0600037,ManagedElement=1,Equipment=1,HwUnit=PSU-1. =. =
• 2010-06-09 19:04:28 EV UpgradePackage=CXP102051/1_R20GY UpgradePackage Warning: Unexpected condition detected.
currentStepLabel=HardINITIATE. TimeStamp=Date: 2010-06-09, Time: 19:04:28.580. Version=SU_SW: DeltaUPs - R71CD04. Slogan=WARNING -
During reconfiguration of programs, no SwAllocation found for PlugInUnit: SubNetwork=ONRM_ROOT_MO_R,SubNetwork=DFW-
ENB,MeContext=DFWe0600037,ManagedElement=1,Equipment=1,HwUnit=PSU-2. =. =
• 2010-06-09 19:04:30 EV UpgradePackage=CXP102051/1_R20GY UpgradePackage Warning: Unexpected condition detected.
currentStepLabel=HardINITIATE. TimeStamp=Date: 2010-06-09, Time: 19:04:30.707. Version=SU_SW: DeltaUPs - R71CD04. Slogan=WARNING -
During reconfiguration of programs, no SwAllocation found for PlugInUnit: SubNetwork=ONRM_ROOT_MO_R,SubNetwork=DFW-
ENB,MeContext=DFWe0600037,ManagedElement=1,Equipment=1,HwUnit=PDU-1. =. =
• 2010-06-09 19:04:32 EV UpgradePackage=CXP102051/1_R20GY UpgradePackage Warning: Unexpected condition detected.
currentStepLabel=HardINITIATE. TimeStamp=Date: 2010-06-09, Time: 19:04:32.915. Version=SU_SW: DeltaUPs - R71CD04. Slogan=WARNING -
During reconfiguration of programs, no SwAllocation found for PlugInUnit: SubNetwork=ONRM_ROOT_MO_R,SubNetwork=DFW-
ENB,MeContext=DFWe0600037,ManagedElement=1,Equipment=1,HwUnit=BFU-1. =. =
• 2010-06-09 19:04:34 EV UpgradePackage=CXP102051/1_R20GY UpgradePackage Warning: Unexpected condition detected.
currentStepLabel=HardINITIATE. TimeStamp=Date: 2010-06-09, Time: 19:04:34.779. Version=SU_SW: DeltaUPs - R71CD04. Slogan=WARNING -
During reconfiguration of programs, no SwAllocation found for PlugInUnit: SubNetwork=ONRM_ROOT_MO_R,SubNetwork=DFW-
ENB,MeContext=DFWe0600037,ManagedElement=1,Equipment=1,HwUnit=SCU. =. =
• 2010-06-24 18:19:28 EV Synchronization=1 NssSynchronization_SystemClockStatusChanged
• 2010-06-24 18:19:41 EV Synchronization=1 NssSynchronization_SynchRefChanged
• 2010-06-24 18:19:41 EV Synchronization=1 NssSynchronization_SystemClockStatusChanged
• 2010-07-19 22:56:11 EV Synchronization=1 NssSynchronization_SystemClockStatusChanged
• 2010-07-19 22:56:22 EV Synchronization=1 NssSynchronization_SynchRefChanged
• 2010-07-19 22:56:22 EV Synchronization=1 NssSynchronization_SystemClockStatusChanged
• 2010-07-20 19:31:35 EV Synchronization=1 NssSynchronization_SystemClockStatusChanged
• 2010-07-20 19:31:46 EV Synchronization=1 NssSynchronization_SynchRefChanged
• 2010-07-20 19:31:46 EV Synchronization=1 NssSynchronization_SystemClockStatusChanged
• 2010-07-22 23:46:42 EV Synchronization=1 NssSynchronization_SystemClockStatusChanged
• 2010-07-22 23:46:53 EV Synchronization=1 NssSynchronization_SynchRefChanged
• 2010-07-22 23:46:53 EV Synchronization=1 NssSynchronization_SystemClockStatusChanged
28. How to check eNB power seting
• DFWe0600037> get . power
• 100727-15:29:48 10.26.4.174 8.0d ERBS_NODE_MODEL_A_9_2 stopfile=/tmp/18164
• =================================================================================================================
• MO Attribute Value
• =================================================================================================================
• Licensing=1,CapacityLicenses=1,CapacityOutputPower=60Watt CapacityOutputPowerId 60Watt
• Licensing=1,CapacityLicenses=1,CapacityOutputPower=60Watt capacityUnitOutputPower Number of 60 Watt Licenses
• Licensing=1,CapacityLicenses=1,CapacityOutputPower=60Watt keyIdOutputPower CXC4010626
• Licensing=1,CapacityLicenses=1,CapacityOutputPower=60Watt licenseCapacityOutputPower 0
• Licensing=1,CapacityLicenses=1,CapacityOutputPower=60Watt licenseStateOutputPower 0 (DISABLED)
• Licensing=1,CapacityLicenses=1,CapacityOutputPower=40Watt CapacityOutputPowerId 40Watt
• Licensing=1,CapacityLicenses=1,CapacityOutputPower=40Watt capacityUnitOutputPower Number of 40 Watt Licenses
• Licensing=1,CapacityLicenses=1,CapacityOutputPower=40Watt keyIdOutputPower CXC4010625
• Licensing=1,CapacityLicenses=1,CapacityOutputPower=40Watt licenseCapacityOutputPower 0
• Licensing=1,CapacityLicenses=1,CapacityOutputPower=40Watt licenseStateOutputPower 0 (DISABLED)
• SubrackProdType=ROJ999999_* maxPowerDissipation 2000
• EUtranCellFDD=DFWe06000372 maximumTransmissionPower 406
• EUtranCellFDD=DFWe06000372 partOfRadioPower 100
• EUtranCellFDD=DFWe06000373 maximumTransmissionPower 406
• EUtranCellFDD=DFWe06000373 partOfRadioPower 100
• EUtranCellFDD=DFWe06000371 maximumTransmissionPower 406
• EUtranCellFDD=DFWe06000371 partOfRadioPower 100
• SectorEquipmentFunction=S1 confOutputPower 20
• SectorEquipmentFunction=S2 confOutputPower 20
• PowerSupply=1 PowerSupplyId 1
• PowerDistribution=1 PowerDistributionId 1
• SectorEquipmentFunction=S3 confOutputPower 20
• =================================================================================================================
• Total: 11 MOs
These are 3 key eNB power parameters
– partOfRadioPower
– confOutputPower
– maximumTransmissionPower
29. Detail on eNB power seting
Power per Radio Unit [W]:
H/W Capability
– Power capability limited by the RU hardware.
License Power Available
– Power capability as limited by power license management.
partOfRadioPower= 100 {0..100}
– Specifies fraction of power for LTE in case of shared RU.
confOutputPower= 20 {20, 40, 60, 80, 120} [W]
– Used to restrict power in the sector
30. How to change power setting
Example: change power on confoutputpower
• DFWe0600037> set SectorEquipmentFunction=S1 confoutputpower
40
• 100727-15:32:56 10.26.4.174 8.0d ERBS_NODE_MODEL_A_9_2
stopfile=/tmp/18164
• Set confoutputpower on following MOs ?
• ====================================================
===============================
• 938 SectorEquipmentFunction=S1
• ====================================================
===============================
• Are you Sure [y/n] ?
• y
31. How to lock and un-lock cell
• DFWe0600037> bl cellfdd
• 100727-16:43:42 10.26.4.174 8.0d ERBS_NODE_MODEL_A_9_2 stopfile=/tmp/18164
• Block following MOs ?
• ===================================================================================
• 628 ENodeBFunction=1,EUtranCellFDD=DFWe06000372
• 842 ENodeBFunction=1,EUtranCellFDD=DFWe06000373
• 889 ENodeBFunction=1,EUtranCellFDD=DFWe06000371
• ===================================================================================
• Are you Sure [y/n] ? Y
• DFWe0600037> deb cellfdd
• 100727-16:45:02 10.26.4.174 8.0d ERBS_NODE_MODEL_A_9_2 stopfile=/tmp/18164
• Deblock following MOs ?
• ===================================================================================
• 628 ENodeBFunction=1,EUtranCellFDD=DFWe06000372
• 842 ENodeBFunction=1,EUtranCellFDD=DFWe06000373
• 889 ENodeBFunction=1,EUtranCellFDD=DFWe06000371
• ===================================================================================
• Are you Sure [y/n] ?
32. How to check Physical-layer Cell Identity (PCI)
• DFWe0600037> get utrancellfdd=dfwe0600037 cellid
• 100727-16:52:40 10.26.4.174 8.0d ERBS_NODE_MODEL_A_9_2 stopfile=/tmp/18164
• ==========================================================================================
=======================
• MO Attribute Value
• ==========================================================================================
=======================
• EUtranCellFDD=DFWe06000372 cellId 2
• EUtranCellFDD=DFWe06000372 physicalLayerCellIdGroup 145
• EUtranCellFDD=DFWe06000372 physicalLayerSubCellId 2
• EUtranCellFDD=DFWe06000373 cellId 3
• EUtranCellFDD=DFWe06000373 physicalLayerCellIdGroup 148
• EUtranCellFDD=DFWe06000373 physicalLayerSubCellId 1
• EUtranCellFDD=DFWe06000371 cellId 1
• EUtranCellFDD=DFWe06000371 physicalLayerCellIdGroup 143
• EUtranCellFDD=DFWe06000371 physicalLayerSubCellId 0
• ==========================================================================================
=======================
• Total: 3 MOs
PCI sector 2 = 145*3 + 2 = 437. This is PCI UE detect and collection tool reports
33. Physical-layer Cell Identity (PCI)
• PSS signal: 3 different sequences called Physical-Layer Identities
(0-2)
• SSS signal: 168 different sequences called Physical-Layer Cell-
Identity groups (0-167)
• Because of 168 Physical-Layer Cell-Identity groups with 3
Physical-Layer, we will have 504 PCIs
168 × 3 = 504 Physical-Layer Cell Identities
• For each cell, PCIi = 3Sj + Pk
(Where i = 0 … 503; Group j = 0 … 167; ID k = 0 … 2)
34. How to check eNB parameters
• You need to dump the kget file from eNB
1. > l+ filenam
2. > kget all
3. >l-
Kget file will be stored in the location of current directory.
• Compare two eNB parameters
1. Take kget dump from eNB1, call it “kget_eNB1.log”
2. Moshell into eNB2
3. Do: diff . Kget_eNB1.log
35. How to Verify timer from active to idle
• DFWe0600037> get . tinactivity
• 100727-15:22:46 10.26.4.174 8.0d ERBS_NODE_MODEL_A_9_2 stopfile=/tmp/18164
• ======================================================================================
===========================
• MO Attribute Value
• ======================================================================================
===========================
• Rcs=1 tInactivityTimer 10
• ======================================================================================
===========================
• Total: 1 MOs
• DFWe0600037> set rcs=1 tinactivitytimer 60
• 100727-15:34:28 10.26.4.174 8.0d ERBS_NODE_MODEL_A_9_2 stopfile=/tmp/18164
• Set tinactivitytimer on following MOs ?
• ===================================================================================
• 935 ENodeBFunction=1,Rcs=1
• ===================================================================================
• Are you Sure [y/n] ?
• y
36. How to check numbers of active UE (not IMSI) only MME can look up
IMSI
• DFWe0600037> ue print -ue -allcell
• 100727-15:17:22 10.26.4.174 8.0d ERBS_NODE_MODEL_A_9_2
stopfile=/tmp/18164
• $ ue print -ue -allcell
• CellId RacUeRef BbUeRef {traceRef,interfaces,traceDepth,ipAddress}
TypeOfActiveTrace SetByColi
• $