W-28 KOZO KEIKAKU ENGINEERING Inc.
WJWTP Appointment Online Meeting

We offer development consulting in information and communication, focusing on 'engineering connectivity'. Our services include electromagnetic fields, radio wave propagation, network simulation.

Our company provides engineering solutions for research acceleration and problem-solving in the information and communication sector, spanning from R&D to operational challenges.
-Solutions for 5G/6G research acceleration.
-Solutions supporting wireless development streamlining.
-Solutions to resolve and prevent on-site wireless issues.

Carrier networks (5G, LTE, etc.)Private networks (local 5G, Wi-Fi, etc.)Other short-range wireless network relatedOther wide-area wireless network relatedProducts & Solutions for telecom carrierProducts and Solutions for Other IndustriesLatest Technology Trends (Beyond 5G/6G, etc.)
Booth No W-28
Address 4-38-13 Hon-cho, Nakano-ku, Tokyo 164-0012, Japan
Phone Number 0353421121
FAX
Site URL https://network2.kke.co.jp/
Company Video URL

Seminar

5/30/2024 (THU) 13:40 ～ 14:00A2-3WJWTPSeminar Venue A

How to Use the Digital Twin to Solve Wireless Communication Problems in Industrial Sites

To address challenges such as labor shortages, productivity improvement, and the need for flexible production in today's industrial settings, solutions like automation and personnel reduction through wireless communication are crucial. However, unlike households or offices, industrial environments such as manufacturing floors and warehouses present unique challenges. These include complex indoor and outdoor structures, constantly changing materials and loads, line layouts, and automated vehicles, making it difficult to establish and maintain stable wireless communication environments.

In such scenarios, achieving "uninterrupted wireless" requires the selection and design of appropriate wireless systems tailored to the specific conditions and communication requirements of the site, along with ongoing monitoring of the communication environment. This seminar aims to outline real-world problems encountered during wireless implementation, along with initiatives that aim to rationally solve these issues through measurement and simulation.

KOZO KEIKAKU ENGINEERING Inc.
Kei-ichi YASHIRO
Show Details

Products / Services

Solutions for 5G/6G research acceleration.

●Radio Propagation Solutions
In addition to the traditional ray-tracing simulator "Wireless InSite," we introduce two new initiatives.
■AI x Radio Propagation Simulation
Introducing research results conducting high-speed and high-precision radio propagation simulations using point clouds and AI (machine learning).
■Fading Simulator "Fading tool for Wireless InSite"
Evaluate radio propagation considering random time variations in specific environments compliant with 3GPP TR38.901 .

Solutions supporting wireless development streamlining.

●Solutions for Mobile Communications
We present simulation case studies supporting the development of technologies for the commercial deployment of 5G, now entering the practical phase.
Keywords : "antenna development, area design, reflector plates, frequency utilization efficiency, quality verification, etc."

● Solutions for the Automotive Industry
We introduce simulation case studies related to radio and wireless communications, which are crucial elements for the technological development of cars evolving towards "CASE" (Connected, Autonomous, Shared, Electric).
Keywords : "V2X, Child Presence Detection (CPD) system, automotive radar, position measurement & GNSS, etc."

Solutions to resolve and prevent on-site wireless issues.

●Wireless Communication Environment Evaluation Solution for Factories/Plants/Warehouses
Introducing a wireless environment evaluation service utilizing environmental measurement and simulation to enhance self-owned network communications such as L5G and WiFi into an "uninterrupted high-quality wireless environment."

●Flexible Wireless Communication Solution Requiring No Special Infrastructure
Presenting the mechanism for "connected wireless" communication in environments where connectivity to public or self-owned networks is difficult, without requiring special infrastructure.

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