All mitsumi'1s Applications !! (updated daily)

[mitsumi1]

Last updated 9/2022
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 1.82 GB | Duration: 2h 29m

Siemens NX Motion Simulation

What you'll learn
By the end of this course, you will be able to create powerfull simulations and animations of machines and mechanisms.
The course covers a number of differente mechanisms and the list will grow bigger in time as I add new videos.
You will be able to convert CAD geometry and assembly constraints into an accurate motion model .
you will be able to create motion represents mechanisms using rigid bodies & flexible bodies.
Requirements
Basic Knowledge of NX CAD
Description
DescriptionIn this course you will learn everything you need in order to create powerfull simulations of machines and mechanisms. You will apply joints, gravity, physical contact between parts, springs and much more. You will also learn how to extract all sorts of engineering data and results from your simulations. Besides that, you will be able to create amazing animations to present your ideas and concepts.The course covers a number of different mechanisms and the list will grow bigger in time as I add new videos. We will simulate the motion of the following mechanismsSingle Cylinder Engine Assembly MotionScissors_Jack Motion Disk Cam Applicationnewtons_cradle_motionVector Force & Scalar ForceFAN_Assembly_motionCAM_Valve_Assembly (Spring connector)Probe_follower_assembly_motionYou will learn everything you need in order to create powerful, precise and compelling motion studies. Through mechanism simulation you will be able to make sure your designs will work in the way you want them to work before building expensive prototypes. Besides that, motion simulation enables you to explain concepts with ease, determine engineering results and so much more.About this course:With this course, you will get:Full, free lifetime access to all lectures (increasing over time).All future extra lectures and upgrades will always be free.Unconditional Udemy 30 days money-back guarantee - We are sure you would love the course though ☺Today, you can start your journey to becoming a NX professional !I stress that you need no prior experience and there is nothing to buy or pay for!!! You will only need NX itself.
Overview
Section 1: Introduction
Lecture 1 Introduction
Lecture 2 Single Cylinder Engine Assembly Motion
Lecture 3 4bar_assembly_motion
Lecture 4 Scissors_Jack Motion
Lecture 5 newtons_cradle_motion
Lecture 6 Ball Motion
Lecture 7 Vector Force & Scalar Force
Lecture 8 FAN_Assembly_motion
Lecture 9 CAM_Valve_Assembly (Spring connector)
Lecture 10 Probe_follower_assembly_motion
Lecture 11 Bar and weight Motion due to gravity
Lecture 12 Dynamic vs Static Equilibrium Simulation
Lecture 13 Rods_knobs_Assembly Motion
Lecture 14 Excavator_Assembly_motion
Lecture 15 Winch_Assembly_motion
Engineers and mechanical designers involved in machine and mechanism design.

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[mitsumi1]

Last updated 2/2019
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 1.34 GB | Duration: 1h 46m

Learn Windows memory forensics

What you'll learn
Learn how to use Volatility
Learn to do a fast-triage compromise assessment
Understand plugin output for investigations
Learn the value of Windows core processes for exams

Requirements
Students need PC, Mac or Linux system (virtual machine preferred)
Willingness to learn!

Description
*** COURSE COMPLETELY REWRITTEN AND UPDATED 2019 ***Learn to use Volatility to conduct a fast-triage compromise assessment.A system's memory contains an assortment of valuable forensic data. Memory forensics can uncover evidence of compromise, malware, data spoliation and an assortment of file use and knowledge evidence - valuable skills for both incident response triage work as well as in digital forensic exams involving litigation.This class teaches students how to conduct memory forensics using Volatility.Learn how to do a fast-triage compromise assessmentLearn how to work with raw memory images, hibernation files and VM imagesLearn how to run and interpret pluginsHands-on practicals reinforce learningLearn all of this in about one hour using all freely available tools.

Overview
Section 1: Introduction

Lecture 1 Welcome & Introduction

Lecture 2 Class outline

Lecture 3 Class setup

Lecture 4 Setup information

Lecture 5 Class Downloads

Section 2: About volatility and memory forensics

Lecture 6 Section Overview

Lecture 7 Forensic value

Lecture 8 About Processes

Lecture 9 Process demo

Lecture 10 Volatility overview

Lecture 11 Volatility setup

Lecture 12 Using Volatility

Section 3: About memory images

Lecture 13 Section Overview

Lecture 14 Identifying supported OS

Lecture 15 Supported Memory Formats

Lecture 16 Live captures

Lecture 17 RAM capture fundamentals

Lecture 18 Hiberfil & crash dumps

Lecture 19 Hiberfil & crash dump locations

Lecture 20 Practical: convert hiberfil.sys file

Lecture 21 VM hosts

Section 4: Using plugins

Lecture 22 Section overview

Lecture 23 Overview of plugins

Lecture 24 Listing plugins

Lecture 25 Imageinfo

Lecture 26 KDBG scan

Lecture 27 OS upgrade issues

Lecture 28 PSLIST

Lecture 29 PSSCAN

Section 5: Triage with Volatility

Lecture 30 Section overview

Lecture 31 Reference Material

Lecture 32 Windows core processes

Lecture 33 Collect running processes

Lecture 34 PSLIST - all WinCore check

Lecture 35 PSLIST - all non-WinCore check

Lecture 36 PSLIST - singleton check

Lecture 37 PSLIST - WinCore boot time check

Lecture 38 PSSCAN - all non WinCore

Lecture 39 PSSCAN - process sort

Lecture 40 Not boot time

Section 6: Conclusion

Lecture 41 What's next?

Lecture 42 Conclusion

Lecture 43 Thank You!

Computer forensic examiners,Computer crime investigators,Computer security incident responders,Security analysts,IT professionals,Students

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[mitsumi1]

Published 12/2022
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 4.21 GB | Duration: 3h 14m

Increase your confidence and your income

What you'll learn
The difference between selling and closing
Quit giving away your profits!
Double your deals without working twice as hard
Objections? We turn 'em into cash
How to get the shopper to stop price shopping
The #1 question to slice time off your sales process
How to put more money in your pocket
Requirements
The number one prerequisite for this course is being coachable and ready to learn.
Description
Closing a transaction is the most important step of the sales transaction. Without the close, there is no transfer or exchange of goods, services, or money. Most salespeople struggle with this step of the transaction for several reasons. More often than not, people struggle in the close because they do not fully understand what the close is. The more you understand the close, the more success you will have.*Salespeople enrolled in this course will develop a deeper understanding of what is truly happening at the close of the deal. Questions like "How to close more deals?", "How can I be more confident in the close?", and "How can I increase my closing ratios?" will all be answered. A misunderstanding of the close will prevent salespeople from persisting in the close, even to the point where asking some difficult questions is required will all be covered. Becoming a Master Closer first requires mastering the concepts of what the close is, why people fail in the close, and some of the most advanced tips required for anyone looking to become lethal in this step of the deal.What you will get:3 Things that will make or break you in the closeMistakes Salespeople Make in the CloseAdvanced Closing StrategiesLearn how to shorten the sales cycle by 50%Never use price to negotiate again
Overview
Section 1: Introduction to the Concepts of Closing
Lecture 1 Introduction To The Concepts Of Closing
Lecture 2 2) The Purpose Of This Courseware
Lecture 3 3) The Price Of Not Closing
Lecture 4 4) The Conclusion Is The Close
Lecture 5 5) The Hypercritical Transfer Of Value
Lecture 6 6) Create Your Own Economy
Lecture 7 7) Your Main Objective As A Closer
Lecture 8 8) Your Capability Determines Your Security
Section 2: The Top Reasons Why Closers Fail
Lecture 9 1) You don't even ask for the close
Lecture 10 2) You Think That Pressure is a bad Thing
Lecture 11 3) You hesitate to push through discomfort
Lecture 12 4) You Dont believe In Your Product or Service
Lecture 13 5) Your Are Overestimating your effort
Lecture 14 6) You don't have a sense of Urgency
Lecture 15 7) You don't have a financial Plan
Lecture 16 8) You Lack The Skill of Handling Objections
Lecture 17 9) You don't have enough closing material
Lecture 18 10) Understand what the true barriers are
Section 3: The Secret Laws of Closing
Lecture 19 1) Negotiate From Your Seat
Lecture 20 2) Always Write Up Your Proposal
Lecture 21 3) Convey Your Proposition
Lecture 22 4) The Best Contact is Eye Contact
Lecture 23 5) Keep a pen with you at all times
Lecture 24 6) Use Humor To Relieve Pressure
Lecture 25 7) Be Ferociously Persistence
Lecture 26 8) Always Have A Massive Collection Of Closes
Lecture 27 9) Reduce The Times You Leave Your Clients Alone
Lecture 28 10) Treat Every Prospect Like A Potential Buyer And They Will Buy
Section 4: Advanced Laws For Closing
Lecture 29 11) Know That Reaching An Agreement Is Always Achievable
Lecture 30 12) Remain Calm And Have A Positive Attitude At All Times
Lecture 31 13) The Unstoppable Power Of A Smile
Lecture 32 14) Treat Your Clients As If They Are Capable At All Times
Lecture 33 19) Use The Huge Collection Of Closes You Have
Lecture 34 20) The Most Important Part Of The Service You Offer Is Closing
Service Providers, Business Owners, Sales People and Consultants

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[mitsumi1]

Last updated 7/2020
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 682.10 MB | Duration: 1h 20m

3G Optimization Principles

What you'll learn
This course of 3G optimization covers the description of
3G Optimization Process
3G Key performance Indicators
Call Flows
Network's Coverage Analysis
Idle Mode and Connected Mode Behaviour
Analysis of Different Issues ; Call Drop, Throughput
Coverage and Capacity Improvement Solutions
Requirements
It is recommended that the Participant has basic knowledge of 3G Fundamentals & 3G air Interface and Call Flows.
Description
The Telecom optimization process is an ongoing process in which the first step is to collect data using the Drive test (DT). Through DT, different Key Performance Indicators (KPI's) are checked and monitored so as to Detect problems in a network. There are multiple metrics like call drop rate, call failure rate, handover failure rate, handover success rate, etc. available which will determine what type of optimization is needed: Physical or parameter. Physical optimization includes tilt adjustments etc. The optimization process includes both Coverage and Capacity. This course of UMTS optimization covers the description of optimization of networks, coverage analysis, throughput analysis, etc. Optimization process - includes pre-optimization process, RF optimization, service optimization (AMR), service optimization (CS and PS), commercial launch, and continuous optimization. RF optimization mainly focuses on RF configurations like Frequency, Bandwidth, defining parameters for idle mode (Cell selection, Reselection), and Dedicated mode and further refining it further on the basis of results.To summarize, we will cover the description of optimization of networks, coverage analysis, throughput analysis, etc. We will also have a look at the principles and techniques that relate to the parameters available in 3G UMTS mainly cell configurations, idle mode, connected mode parameters, key performance indicators. We will dig into various optimization solutions, analyze radio and call drop issues, and various coverage improvement techniques. In all, this course will help you to learn various problems and solutions to the issues in the UMTS network.
Overview
Section 1: 3G Optimization Basics - Part 1
Lecture 1 3G Optimization Overview
Lecture 2 Introduction
Lecture 3 Call Flow
Lecture 4 Mobile Originating Call - Part 1
Lecture 5 Mobile Originating Call - Part 2
Lecture 6 Drive Test
Lecture 7 Drive Test Equipments
Lecture 8 Window Used in WCDMA Drive Test
Lecture 9 Drive Test Tools Configuration
Lecture 10 Drive Test Routes
Lecture 11 Optimization and Overview
Section 2: 3G Optimization Basics - Part 2
Lecture 12 Lecture 1 : 3G Optimization Flow
Lecture 13 Lecture 2: Network Optimization Phases - Flow Chart
Lecture 14 Lecture 3: Single Site Verification
Lecture 15 Lecture 4: Flow Chart of Single Site Verification
Lecture 16 Lecture 5: Physical Audit
Lecture 17 Lecture 6: Verification in Idle Mode
Lecture 18 Lecture 7: Scramble Code Check
Lecture 19 Lecture 8: LAC/RAC Check
Lecture 20 Lecture 9: Near Site Test
Lecture 21 Lecture 10: Verification in Connected Mode
Section 3: 3G Optimization Basics - Part 3
Lecture 22 Lecture 1: Originating and Terminating Connection Test of VP Service
Lecture 23 Lecture 2: Connection Test of PS Services
Lecture 24 Lecture 3: Antenna Diversity Check
Lecture 25 Lecture 4: RF Optimization - Overview
Lecture 26 Lecture 5: Process
Lecture 27 Lecture 6: Key Performance Indicators
Lecture 28 Lecture 7: Targets
Lecture 29 Lecture 8: Data Collection
Lecture 30 Lecture 9: Coverage Analysis
Lecture 31 Lecture 10: Coverage Analysis Processes
Section 4: 3G Optimization Basics - Part 4
Lecture 32 Lecture 1: Pilot Coverage Strength Analysis (RSCP)
Lecture 33 Lecture 2: Pilot Coverage Quality Analysis (Ec/Io)
Lecture 34 Lecture 3: Downlink Coverage Analysis
Lecture 35 Lecture 4: Analyzing Primary Pilot Cell
Lecture 36 Lecture 5: Analyzing Comprasion of UE and Scanner Coverage
Lecture 37 Lecture 6: Uplink Coverage Analysis
Lecture 38 Lecture 7: Distribution of UE Transmit Power
Lecture 39 Lecture 8: Pilot Pollution
Lecture 40 Lecture 9: Judgement Standards
Lecture 41 Lecture 10: Causes
Section 5: 3G Optimization Basics - Part 5
Lecture 42 Lecture 1: Pilot Pollution Problem Analysis
Lecture 43 Lecture 2: Solutions of Pilot Pollution
Lecture 44 Lecture 3: Dropped Call Analysis
Lecture 45 Lecture 4: Call Drop Cases
Lecture 46 Lecture 5: Drop Due To Missing Neighbor
Lecture 47 Lecture 6: Drop Due To DL Poor Coverage
Lecture 48 Lecture 7: Session Error Due To Poor DL Coverage
Lecture 49 Lecture 8: Handover Analysis
Lecture 50 Lecture 9: Parameters Optimization
Lecture 51 Lecture 10: Drive Test
Section 6: 3G Optimization Basics - Part 6
Lecture 52 Lecture 1: Drive Test Data Analysis
Lecture 53 Lecture 2: Adjustment Recommendation and Implementation
Lecture 54 Lecture 3: Test For Special Areas
Lecture 55 Lecture 4: Optimizaiton Report
Lecture 56 Lecture 5: Summary of Optimization Solutions
Radio Network Optimizer, Telecom Professional, Drive Test Engineers.

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[mitsumi1]

Last updated 3/2020
MP4 | Video: h264, 1364x768 | Audio: AAC, 44.1 KHz
Language: English | Size: 910.27 MB | Duration: 1h 17m

5G in depth knowleadge for telecom professional .

What you'll learn
5G in Depth
Requirements
no
Description
The mobile industry has begun the transition to fifth generation (5G) technology, which will build on the successes of 4G while also opening up new avenues for innovation. 5G ushers in a new era in which connectivity will become more fluid and adaptable. This course examines the key aspects of 5G technology and the role that governments and regulators can play in helping their citizens unlock the benefits of future 5G services.By attending this course, participants will gain an understanding of how the next generation of mobile technology, with features such as Enhanced Mobile Broadband (eMBB), Ultra Reliable Low Latency Communication (URLLC), and Massive IoT (mMTC), is poised to radically transform the mobile communications and business landscape of the present day.Course designed for 5G start from basic to deep followed by 5G Air interface/Planning and designing. Let's start for basic and later stage we can go for certification E2E in 5G. Currently in 5G we cover the current requirements and its application and later we can go for very details. Participants will gain a thorough understanding of 5G Network Applications & Use Cases, Network Overview, and the various new approaches that Telcos will take to implement 5G. The course will also provide participants with an understanding of the network's design and implementation.
Overview
Section 1: Global Market Overview
Lecture 1 Global Market Overview
Section 2: Introduction
Lecture 2 Introduction
Section 3: 3. 5G Requirements and Targets
Lecture 3 3. 5G Requirements and Targets
Lecture 4 4. 5G Stand-Alone Vs Non Stand-Alone
Lecture 5 5. 5G System Architecture
Lecture 6 6. 5G Core Network Functions
Telecom professional

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[mitsumi1]

Last updated 5/2021
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 1.52 GB | Duration: 2h 55m

Introduction to 5G Intermobility

What you'll learn
Understand in Brief about the 5G Roaming Scenarios and Architecture.
Understand the UE States relate to registration management and connection management
Dig deep into the Intermobility scenarios
Understand how the Interworking takes place between 5G and EPC and non 3GPP access
Examine the Specific cases
Requirements
Yes, The participant should have knowledge about 5G basics.
Description
In this course we will have an overview of how mobility of a user equipment (UE) is handed in 5G new radio (NR). We will understand the basic call flow and then Roaming Scenarios with respect to the 5G network Architecture. We will see which network function (NF's) are responsible for the interaction of Roaming UE with radio and the core network. We will see how the roaming scenarios are implemented in 5G Technology and how interworking with 4G is formalized wherein we will have a brief discussion of deployment modes. We will also look into the different UE States with respect to Access and Mobility Function (AMF) and discuss them in detail. Intermobility in idle and connected state for third generation partnership project (3GPP) and Non-3GPP access is also discussed wherein the student will be able to comprehend the interworking with evolved packet core (EPC) with N26 and without N26 interface, he will also be able to take a view at the interworking with Wireless Local area network (WLAN). From the connected state point of view, we will cover handover procedure in 5G, inter NG-RAN Xn interface and N2 interface based. Lastly, we will understand how the specific services will be implemented in 5G Wireless Technology.
Overview
Section 1: Introduction
Lecture 1 Preview
Lecture 2 5G Architecture Overview
Lecture 3 Roaming Architecture
Lecture 4 5G Deployment Options
Lecture 5 5G Interworking
Lecture 6 5G UE States
Lecture 7 Idle State Mobility
Lecture 8 Connected State Mobility
Lecture 9 Specific Services
RF Engineers, 5G Planners and Optimizer, Drive Test Engineers

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[mitsumi1]

5G Kpi Basics
Last updated 6/2021
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 1.02 GB | Duration: 2h 1m

Introduction to 5G NR KPI

What you'll learn
Understand 5G Use case Scenario
Understand the Performance and user requirements with respect to the use case scenario
Discuss 5G network Architecture and Network Slicing
Discuss KPI in detail
Explain why the various measurements must be made
Requirements
Yes, The participant should have knowledge about 5G Overview and Air Interface.
Description
In this course, we will discuss the Key Performance Indicator (KPI), which is a measurable value that demonstrates how effectively a network is serving the user. This Measurable entity can be decided in terms of Downlink and Uplink throughput, Latency, Call setup time, bearer drop rate, etc. 5G is a next-generation technology and has mainly three use cases like Enhanced Mobile Broadband (eMBB), Ultra-reliable low latency communication (uRLLC) & Massive Internet of Things (Massive IoT). So it is expected that there will be a new matrix to major the network KPIs and it is going to be a challenge for the network operators to defining them. Besides that, we will discuss various KPI's which have to be constantly monitored in order to keep KPIs in agreed units with mobile operators. But if we try to categorize from the top, these KPI will under the following categories.Accessibility: In 5G, successful registration for network slices is an indication of moving to UERetainability : number of QoS flows with data in a bufferIntegrity: the degree to which a service is rendered without excessive loss.Utilization: mean number of KPI PDU sessions that are successfully established in the network slice instance.(3GPP TS 28.554 version 15.2.0 Release 15 & Release 16 are taken as reference)
Overview
Section 1: Introduction
Lecture 1 Introduction
Lecture 2 5G Use Cases
Lecture 3 5G System Architecture
Lecture 4 Network slicing
Lecture 5 5G Key Performance Indicators
Lecture 6 5G Case Study - Smart City
RF Engineers, 5G Planners and Optimizer, Drive Test Engineers.

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[mitsumi1]

Last updated 3/2020
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 1.20 GB | Duration: 2h 9m

5G Air Interface Channels.

What you'll learn
NR overview
NR Physical Layer Design
Synchronization and cell search
Control channels
Data Channels
Reference Signals
Requirements
Basic about Air Interface/Channel Concept
Description
This course provides a basic understanding of 5G New Radio Channels as defined by 3GPP standards and specifications.The 5G air interface is an important part of the 5G system which will accommodate Enhanced mobile Broadband (eMBB) and Ultra-Reliable Low Latency Communication, (uRLLC) as well as the support of Massive IoT (Internet of Things). This course focuses on the physical layer design of NR in terms of orthogonal frequency-division Multiplexing OFDM numerologies, radio frames, subframes and slot configurations. The course explains the purpose of, and processing of, physical channels with a particular focus on control channels. Reference signals for data demodulation, CSI measurements, and sounding are explained. Layer 1 procedures for synchronization, random access, scheduling, HARQ, measurements and beam management are described. In so doing, both SA (Standalone) and NSA (Non-Standalone) operations are discussed. The course details all aspects, from the physical layer channel and reference signals, through to scheduling and analysis of NR RRC signaling utilized to configure the NR air interface.The content and flow are structured to introduce 5G New Radio (5G NR) air interface channels along with a basic cell search and random access procedure with a focus on technical design principles and their impacts on performance and deployment scenarios.
Overview
Section 1: Introduction
Lecture 1 Introduction
Lecture 2 5G Down Link Channels.
Lecture 3 Uplink Channels
Lecture 4 Reference Signals
Lecture 5 Channel Processing
Lecture 6 Cell Search
Lecture 7 Random Access Procedure
Telecom Professional

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[mitsumi1]

Last updated 6/2021
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 774.90 MB | Duration: 1h 36m

5G NR Initial Access Procedure

What you'll learn
PRACH - Preambles and their formats
UE Synchronization process in Uplink
Cell search & PLMN Selection Procedure
Downlink Synchronization process
Requirements
Yes, The participant should have knowledge about 5G Overview and Air Interface.
Description
In this course, we will discuss the 5G Initial Access Procedure and Parameters in detail. When we want to connect a UE to a 5G network, it has to synchronize in downlink as well as in uplink. Downlink synchronization is obtained after successfully decoding SSB, In order to establish uplink synchronization and RRC connection, UE has to perform RACH random access procedure. We will cover the following topics:The Structure of PRACH in detail, covering the PRACH time domain and frequency domain position in the resource grid. We will also discuss the short and long preamble, their length, and associated information. Different PRACH formats available in 5G and their respective details will be covered. We will also see the uplink synchronization process and see the respective signaling.UE selects a Preamble randomly from a pool of preambles shared with other UE. The gNodeB uses a contention resolution mechanism to handle this type of access request. The result is random and not all Random Access succeeds. The second module will cover the Contention-Based Random Access (CBRA)*and Contention-Free Random access (CFRA) procedure.DL Synchronization and Cell/Network Selection: Cell search is the procedure by which a UE acquires time and frequency synchronization with a cell and decodes the Cell ID of that cell. In 5G NR, Cell search concept is similar to what it is in LTE in terms of decoding Primary Sync Signal (PSS) and Secondary Sync Signal (SSS) to the Physical Cell ID (PCI). following which PLMN selection and cell selection are performed.
Overview
Section 1: Introduction
Lecture 1 Understanding PRACH
Lecture 2 Contention and Contention Free Access
Lecture 3 Beam Management
Lecture 4 Initial Access
Lecture 5 Obtaining System Information
RF Engineers, 5G Planners and Optimizer, Drive Test Engineers.

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[mitsumi1]

Last updated 6/2021
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 1.50 GB | Duration: 2h 42m

Introduction to NR RRM Features

What you'll learn
5G Bearer Configuration & Admission Control
NR Uplink and Downlink Power Control
5G Adaptive Modulation and Coding
NR Scheduling and HARQ Procedure & Parameters
Requirements
Yes, The participant should have knowledge about 5G Overview and Air Interface.
Description
In this course, we will discuss Radio Resource Management (RRM) Processes and Functionalities in detail. We will cover the following topics:The concept of QoS Characteristics, Model, Bearers, and its creation will be discussed. we will look at the Quality of Flow ID (QFI), and the reflective QoS. We will also see the difference between the 4G and 5G QoS. We will also see an overview of the concept of Admission Control in 5G.We will look at the 5G power control principles and how they are implemented of Power control in uplink (UL) and Downlink (DL) for User Equipment (UE) and gNodeB (gNB). Understanding the Principles of Adaptive Modulation and Coding (AMC), Here Link Adaptation (LA) is discussed and how LA is implemented for 5G Downlink and Uplink channels, and what are the allowed Modulation and coding schemes involved.We will discuss 5G Scheduling in detail, wherein we will learn about Downlink scheduling and Uplink Scheduling. We will take an overview of the Downlink Control Information (DCI) formats for the Downlink and Uplink resource allocations or power assignments or PRB to VRB mapping. Further different Resource Allocation types are discussed. Lastly, we will discuss the Hybrid Automatic request for retransmission and associated feedback.
Overview
Section 1: Introduction
Lecture 1 Course Preview
Lecture 2 5G Quality QFI Model
Lecture 3 5G Bearer and QFI
Lecture 4 Admission Control
Lecture 5 5G Power Control Principle
Lecture 6 Uplink Power Control
Lecture 7 5G Adaptive Modulation and Coding
Lecture 8 5G Scheduling
Lecture 9 Resources Allocation Type and HARQ Transmission
RF Engineers, 5G Planners and Optimizer, Drive Test Engineers.

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[mitsumi1]

Last updated 6/2021
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 666.78 MB | Duration: 1h 24m

Introduction to 5G Signaling

What you'll learn
5G NR Layer 2 Air interface between UE and gNB
5G Layer 2 Channels - RRC Signaling
Layer 2 Structure Of Sublayer
5G Protocol Layers
CP &UP Traffic with 5GC Traffic
Requirements
Yes, The participant should have knowledge about 5G Overview and Air Interface.
Description
In this course, we will discuss the 5G Signaling, which provides a comprehensive overview of 5G specific signaling and protocols. The L3 protocols are then discussed one by one in detail in a logical scenario-based sequence. After this the L2 radio interface protocol functionality is described, focusing on scheduling and reliability issues (ARQ and HARQ). An overview of the signaling and HARQ aspects of L1 is also included to give the student a complete view of the 5G protocol stack. We will discuss the following topics :Non Access Stratum (NAS) and Access Stratum (AS) Signaling between the 5G UE, the 5G Core network and and 5G RAN respectively.The concept of User Plane (UP) and Control Plane (CP) Protocols: Since in 5G we are introducing a concept of Control User Plane Separation (CUPS) so we will see that does it bring any changes in the protocol stack.The role of Radio Link Control (RLC), Radio Resource Control (RRC), Packet Data Convergence Protocol (PDCP) & a new protocol specifically introduced for 5G new radio which is Service data adaptation protocol (SDAP)Understanding the UE states in 5G and the difference it has with the existing LTE UE states gives a better view of how things have changed or modified.
Overview
Section 1: Introduction
Lecture 1 5G Protocol Stack Overview
Lecture 2 5G Channels Overview
Lecture 3 Layer 2 Structure
Lecture 4 SDAP
Lecture 5 PDCP
Lecture 6 Radio Link Control (RLC)
Lecture 7 MAC and Physical Layer
Lecture 8 5G Interfaces and Protocol Stack
Lecture 9 States in UE
RF Engineers, 5G Planners and Optimizer, Drive Test Engineers.

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[mitsumi1]

Last updated 5/2021
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 736.79 MB | Duration: 1h 25m

Introduction to 5G NR Voice

What you'll learn
Upon completing the course, the participant will be able to
Understand in Brief about the evolution of voice in 5G domain.
Understand the deployment options and the expected call scenarios.
Dig deep into the methods for implementing voice by operators.
Understand call flow between 5G and EPC and PSTN networks.
Requirements
Yes, The participant should have knowledge about 5G basics.
Description
In this course we will understand the concept of Voice call in 5G New radio (NR) technology. We will cover the Evolution of voice straight away discussing everything from legacy Technologies i.e. Circuit Switch (CS) voice in 2G/3G to, VOLTE an IP voice to VONR or Vo5G. Here we are also understand the Voice Over New Radio (VONR) registration procedures which are similar to existing 4G VoLTE covering IMS Registration steps and bearer/ session creation. We will further take a look at the Call flows covering 5G - 5G, 5G - 4G, 5G - PSTN signaling. We will also dig into the different deployment options in regards with the 5G network implementation with respect to non stand alone (NSA) mode and stand alone mode (SA) and how the voice call can be implemented in each scenario. We will also looking into how the SMS will be supported in 5G and the emergency call will be routed in the 5G network. Finally we will be talking about the the 3GPP release 16 feature which is single radio voice call continuity (SRVCC) from 5G to legacy 3G network. So, this 5G NR*course will enhance your knowledge about the features covered release 15 and release 16 of 3GPP.
Overview
Section 1: Introduction
Lecture 1 Course Preview
Lecture 2 Overview
Lecture 3 NR Codes and VoNR Solutions
Lecture 4 VoNR Evolution Path
Lecture 5 VoNR Prerequisites
Lecture 6 EPS Fallback and VoNR Architecture Implementation
Lecture 7 VONR IMS Registration
Lecture 8 Single Radio Voice Call Continuity (SRVCC)
RF Engineers, 5G Planners and Optimizer, Drive Test Engineers, Anyone who wants to dig in 5G optimization.

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[mitsumi1]

Last updated 3/2020
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 1.23 GB | Duration: 2h 30m

5G Planning Introduction

What you'll learn
5G Planning
5G Overview
5G Use Cases
Planning Process in General
5G Network Planning
Coverage Dimensioning - Link Budget and Associated Parameters
Capacity Dimensioning

Requirements
5G Basic and Air Interface

Description
5G Radio Access network planning is a process of proposing location of sites, configuration and settings of the network nodes to be rolled out in a wireless network. Radio network planning objectives are fulfilled by proper selection of site locations, configurations, and settings of all parameters including antenna heights, azimuths, angles etc. In this Course, an advanced understanding of how the changes and improvements in capacity, transmission, service quality and the impacts to the 5G marketplace will provide business opportunities to optimize the 5G capabilities will be provided. In 5G, automated site selection and configuration is becoming a must in 5G NR planning as the number of cells deployed are much higher than previous wireless technologies. The process of planning is carried out by its RF design and the use of planning tools to carry out the design. 5G NR provides operators with additional options for designing multi-layer networks by adding small cells to boost capacity and to deliver new services. Multi-RAT planning is the planning of multiple layers as a single network.To summarize, in this course we will how Planning, designing and dimensioning comes with its own challenges and Telcos need to be aware of the risks, challenges, and opportunities to truly exploit the future of this technology.

Overview
Section 1: Introduction

Lecture 1 5G Planning Introduction

Lecture 2 2. 5G Air Interface

Lecture 3 3. Multiple Access Method

Lecture 4 4. 5G Physical Channels

Lecture 5 5. Link Budget Analysis

Lecture 6 6. Parameter Planning

Telecom Professional / RF Planning & Optimization Engineers

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[mitsumi1]

Last updated 3/2020
MP4 | Video: h264, 1364x768 | Audio: AAC, 44.1 KHz
Language: English | Size: 570.41 MB | Duration: 0h 54m

Course made to understand 5G Spectrum/Bandwidth and its utilization

What you'll learn
5G standardization Process
5G system Requirements
5G NR Operating Frequency Bands
NR Channel bandwidths
Spectrum Sharing and Frequency Reuse
Bandwidth Part Configuration
Requirements
This course is for anyone who wants wants to learn about 5G Spectrum. Basic Knowledge about telecom is Recommended
Description
5G networks based on Non-Standalone access are a commercial reality, and Standalone 5G access will soon follow. This next generation of mobile technology, with features such as Enhanced Mobile Broadband, Ultra-Reliable Low Latency Communication, and Massive IoT, is set to radically re-shape today's mobile networks.This course made for Telecom professionals to understand in every detail about the 5G standardisation Process - process of tailoring the 5G technology to serve the market requirements and even more, by introducing new applications and services besides the traditional services introduced by the initial mobile networks such as 1G, 2G, 3G, and 4G.5G spectrum, and its allocation for 5g deployment globally - This includes more spectrum in the 3.5 GHz, 4.8 GHz, 6 GHz and 10 GHz ranges which will all be considered at WRC-23.Spectrum sharing in 5G - permit 5G NR and 4G LTE to coexist, allowing network operators a smooth transition from LTE to 5G NR (NSA).The mmwave and Ghz frequency allocationFR1 and FR2 ranges : Two different frequency ranges are available for the 5G technology and the different ranges have been designatedBand width part defination, usage and utilization : In 5G, Bandwidth Part (BWP) is a contiguous set of physical resource blocks (PRBs) on a given carrier.Finally, the 5G spectrum,standardization,5G System requirements/5G NR Operating, and its frequency bands are summarised. 5G NR is the first ever radio system that is designed to support any spectrum.
Overview
Section 1: Introduction
Lecture 1 Introduction to 5G Spectrum
Lecture 2 2. 5G Standardization
Lecture 3 3. 5G System Requirements
Lecture 4 4. 5G NR Operating Frequency Bands
Lecture 5 5. NR Channel Bandwidths
Lecture 6 6. Spectrum Sharing and Flexible Spectrum Use
Lecture 7 7. Bandwidth Part Configuration
Any Telecom Professional

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[mitsumi1]

Published 12/2022
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 1.36 GB | Duration: 2h 22m

Becoming a Better Therapist:for nutritionists, health coaches and health therapists

What you'll learn
Expert Techniques for Maximizing Your Impact as a Health Therapist
Improve the compliance of your health clients for your plans and interventions
Elevate Your Practice: Proven Strategies for Working Effectively with Your Clients
How to use the 4 tonalities to improve dramatically your skill with your health clients
How to really improve your client's health in a way that is UNPRECEDENTED!
Requirements
be a health therapist or a health student who wants to improve your skills
Description
Welcome to "Becoming a Better Therapist: Strategies for Serving Your Clients Effectively" with health bestseller Nicola Zanetti.As a health therapist, you have the power to make a significant impact on the lives of your clients. But in order to do so, you need to have the right skills, knowledge, and techniques at your disposal. That's where this course comes in.In this comprehensive video course, you'll learn proven strategies and techniques for improving your skills as a health therapist and serving your clients in the most effective way possible. You'll gain a deeper understanding of the key principles of effective therapy and how to apply them in practice, as well as how to develop strong, productive relationships with your clients.Here are just a few of the benefits you'll experience by taking this course:Gain valuable insights from expert instructor Nicola Zanetti, a health bestseller with years of experience in the fieldLearn how to effectively communicate with and motivate your clients to achieve their goalsDiscover proven techniques for building trust and rapport with your clientsGet access to real-world case studies and interactive exercises to help you apply what you've learned in your own practiceWhether you're a beginner therapist looking to build your skills, or an experienced professional looking to take your practice to the next level, this course is perfect for you. With the guidance of expert instructor Nicola Zanetti, you'll gain the confidence and expertise you need to succeed in your career and make a positive impact on the lives of your clients.Don't miss this opportunity to transform your practice and become a better therapist. Sign up now and start your journey to success.
Overview
Section 1: Introduction
Lecture 1 Introduction how to become a great health therapist
Lecture 2 What is the REAL purpose of a health practice
Lecture 3 Why do clients buy health consultations or programs?
Lecture 4 Understand what clients you can and can't help
Lecture 5 Understanding the goal of the clients and asking the "Question"
Lecture 6 Interlude: Join my mailing list if you want to!
Section 2: How to manage your clients and patients
Lecture 7 The 2 skills YOU MUST MASTER to really influence your clients
Lecture 8 How to take control of the consultation/meeting from the start
Lecture 9 Exercise: the beginning of the consultation/call/meeting
Lecture 10 How to show that you are a real expert therapist (even as a beginner!)
Lecture 11 Be a force for good for your clients (How to step-by-step)
Lecture 12 The 5 skills of a perfect case taking (consultation or meeting)
Lecture 13 The 4 tonalities to master as a health therapist (VITAL!)
Section 3: Practice time: your tonalities and your skills
Lecture 14 The confidence tonality (Master this and your self-esteem will grow)
Lecture 15 FIX THIS! two more examples of this voice
Lecture 16 Exercise: let's master your confidence tonality
Lecture 17 Interlude: if you like this course would you please leave a review?
Lecture 18 The empathy tonality
Lecture 19 Exercise: the empathy tonality
Lecture 20 The interested tonality
Lecture 21 Exercise: the interested tonality
Lecture 22 The reasonable tone
Lecture 23 Exercise: the reasonable tone
Lecture 24 How to increase your clients and patients compliance with this simple method
Lecture 25 Exercise: increase the client's compliance to your plan/intervention
Lecture 26 How to REALLY help your clients in a way that is UNPRECEDENTED!
Lecture 27 Recap of what you have learnt and what to do next
Health therapists or health students who want to improve how they can help their clients

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