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ShowNet2011-Topology
This document contains a list of interface names and numbers for various networking devices. It includes interface names starting with xg, gt, hg, and ge as well as interface numbers ranging from 1 to 2502. The interfaces seem to belong to switches, routers and other networking gear that are connected together to form a network fabric.
ShowNet2001-Topology
The document contains a list of technical terms and identifiers related to networking equipment, interfaces, and addresses. It includes interface names, device models, IP addresses, autonomous system numbers, and other networking identifiers.
ShowNet2013-Topology
The document contains a network diagram and list of VLAN IDs and IP addresses for various devices in a data center network. Key details include pods for IPv6 migration, different areas of the data center like the NOC room, and VLANs/subnets assigned to switches, firewalls, and other network devices. Public peers and transit links to other networks are also mentioned.
ShowNet2002-Topology
The document contains a list of interface, device, and network identifiers. It includes interface names like ge-0-0, device names like cat4006 and manager, and network addresses like 10.101.1/24. The document also includes notes about network types and protocols like OSPF.
ShowNet2008-Topology
This document contains a list of interface names and identifiers from multiple networking devices, as well as IP addresses, subnets, wireless network names and other networking configuration information.
ShowNet2006-Topology
The document contains technical network device and infrastructure information including networking equipment models, interface and port configurations, IP addresses, domains, and monitoring servers. Precautions are noted for pods 1, 5, and 7. Apologies are offered for any issues with the large amount of technical information provided.
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ShowNet2011-Topology
This document contains a list of interface names and numbers for various networking devices. It includes interface names starting with xg, gt, hg, and ge as well as interface numbers ranging from 1 to 2502. The interfaces seem to belong to switches, routers and other networking gear that are connected together to form a network fabric.
ShowNet2001-Topology
The document contains a list of technical terms and identifiers related to networking equipment, interfaces, and addresses. It includes interface names, device models, IP addresses, autonomous system numbers, and other networking identifiers.
ShowNet2013-Topology
The document contains a network diagram and list of VLAN IDs and IP addresses for various devices in a data center network. Key details include pods for IPv6 migration, different areas of the data center like the NOC room, and VLANs/subnets assigned to switches, firewalls, and other network devices. Public peers and transit links to other networks are also mentioned.
ShowNet2002-Topology
The document contains a list of interface, device, and network identifiers. It includes interface names like ge-0-0, device names like cat4006 and manager, and network addresses like 10.101.1/24. The document also includes notes about network types and protocols like OSPF.
ShowNet2008-Topology
This document contains a list of interface names and identifiers from multiple networking devices, as well as IP addresses, subnets, wireless network names and other networking configuration information.
ShowNet2006-Topology
The document contains technical network device and infrastructure information including networking equipment models, interface and port configurations, IP addresses, domains, and monitoring servers. Precautions are noted for pods 1, 5, and 7. Apologies are offered for any issues with the large amount of technical information provided.
ShowNet2010-Topology
This document contains technical information about networking equipment and configurations including interface, router, switch and other device names as well as IP addresses, protocols and other connectivity details. It discusses components such as BGP, VSS, ISSR and their roles in various locations including NTT, StarBED and conferences.
ShowNet2007-Topology
The document contains a list of alphanumeric strings that appear to be device identifiers or network addresses. It also includes numeric values that could be port numbers or other identifiers. The strings are interspersed with IP addresses, interface names, router names, location information and other networking-related terms.
ShowNet2014-Topology
1. The document appears to be a network diagram containing router and switch information including device names, interface numbers, and IP addresses.
2. A variety of devices are listed from different vendors such as NEC, Juniper, and Cisco.
3. The network diagram shows connections between devices in Japan, America, UK and other countries, and includes information on transit networks, peers, and internet exchange points.
ShowNet2016-Topology
This document contains network topology information for IDCF's data center in Tokyo, including device names, IP addresses, and connectivity between devices. Key infrastructure components include routers, switches, firewalls from vendors like Cisco, Juniper, Huawei, and Arista. The network connects to internet exchanges and transit providers to enable cloud and hosting services.
ShowNet2009-Topology
This document contains a list of numeric and alphanumeric codes, some separated by periods, hyphens, or slashes. There are also some Japanese and English terms interspersed throughout. The codes and terms relate to network devices, links, and services.
ShowNet2015-Topology
The document appears to be a list of alphanumeric codes and numbers that relate to network transit and peering relationships between internet service providers and networks. It includes codes for organizations like JPIXKDDI, JGN-XDIX-IE, OCN, JPNAP ntt.net, IIJ, NTTComWIDE, SoftBank, and BBIX as well as numeric codes that may represent autonomous system numbers or IP address blocks.
ShowNet2004-Topology
The document appears to be a list of networking equipment, locations, and configurations. It includes abbreviations and codes for different devices, ports, and network segments. Specific devices, ports, and addresses are listed along with location codes like "podx" and network prefixes like "45/8". Cost values and priority numbers are also included for certain network segments.
ShowNet2003-Topology
This document contains a list of networking device identifiers, IP addresses, and other technical information. It includes identifiers for routers, switches, firewalls, and other networking gear from various vendors like Cisco, Juniper, Fujitsu, and more. Locations and organizations are also referenced, such as NEC, Life Sciences, and NOC control rooms. Prefixes, subnets, and VLANs are defined throughout.
ShowNet1999-Topology
The document contains a list of network connections and equipment located in the Otemachi area. It details various types of connections such as Gigabit Ethernet, OC-3, OC-12 and OC-48 links using both single mode fiber (SMF) and multi-mode fiber (MMF). Locations connected include Otemachi buildings, Mitsubishi Gas Chemical, and an international conference center.
ShowNet2021 トポロジ
This diagram depicts the connectivity between various cloud providers and networks. It shows the physical connections between cloud platforms like AWS, Azure, Google Cloud, and others. It also illustrates the internet exchanges and network providers that interconnect these cloud networks globally.
ShowNet2021 DC_parapara_noc14
ShowNet2021 展示会場内説明スライド（parapara）
DC
オンプレ/クラウド連携と柔軟なストレージで実現する高信頼サービス
・ShowNetを支えるハイブリッドクラウド構成の仮想化基盤
・NVMe over Fabrics を活用した高速コンテナストレージの実現
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ShowNet2010-Topology
This document contains technical information about networking equipment and configurations including interface, router, switch and other device names as well as IP addresses, protocols and other connectivity details. It discusses components such as BGP, VSS, ISSR and their roles in various locations including NTT, StarBED and conferences.
ShowNet2007-Topology
The document contains a list of alphanumeric strings that appear to be device identifiers or network addresses. It also includes numeric values that could be port numbers or other identifiers. The strings are interspersed with IP addresses, interface names, router names, location information and other networking-related terms.
ShowNet2014-Topology
1. The document appears to be a network diagram containing router and switch information including device names, interface numbers, and IP addresses.
2. A variety of devices are listed from different vendors such as NEC, Juniper, and Cisco.
3. The network diagram shows connections between devices in Japan, America, UK and other countries, and includes information on transit networks, peers, and internet exchange points.
ShowNet2016-Topology
This document contains network topology information for IDCF's data center in Tokyo, including device names, IP addresses, and connectivity between devices. Key infrastructure components include routers, switches, firewalls from vendors like Cisco, Juniper, Huawei, and Arista. The network connects to internet exchanges and transit providers to enable cloud and hosting services.
ShowNet2009-Topology
This document contains a list of numeric and alphanumeric codes, some separated by periods, hyphens, or slashes. There are also some Japanese and English terms interspersed throughout. The codes and terms relate to network devices, links, and services.
ShowNet2015-Topology
The document appears to be a list of alphanumeric codes and numbers that relate to network transit and peering relationships between internet service providers and networks. It includes codes for organizations like JPIXKDDI, JGN-XDIX-IE, OCN, JPNAP ntt.net, IIJ, NTTComWIDE, SoftBank, and BBIX as well as numeric codes that may represent autonomous system numbers or IP address blocks.
ShowNet2004-Topology
The document appears to be a list of networking equipment, locations, and configurations. It includes abbreviations and codes for different devices, ports, and network segments. Specific devices, ports, and addresses are listed along with location codes like "podx" and network prefixes like "45/8". Cost values and priority numbers are also included for certain network segments.
ShowNet2003-Topology
This document contains a list of networking device identifiers, IP addresses, and other technical information. It includes identifiers for routers, switches, firewalls, and other networking gear from various vendors like Cisco, Juniper, Fujitsu, and more. Locations and organizations are also referenced, such as NEC, Life Sciences, and NOC control rooms. Prefixes, subnets, and VLANs are defined throughout.
ShowNet1999-Topology
The document contains a list of network connections and equipment located in the Otemachi area. It details various types of connections such as Gigabit Ethernet, OC-3, OC-12 and OC-48 links using both single mode fiber (SMF) and multi-mode fiber (MMF). Locations connected include Otemachi buildings, Mitsubishi Gas Chemical, and an international conference center.
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More from Interop Tokyo ShowNet NOC Team
ShowNet2021 トポロジ
This diagram depicts the connectivity between various cloud providers and networks. It shows the physical connections between cloud platforms like AWS, Azure, Google Cloud, and others. It also illustrates the internet exchanges and network providers that interconnect these cloud networks globally.
ShowNet2021 DC_parapara_noc14
ShowNet2021 展示会場内説明スライド（parapara）
DC
オンプレ/クラウド連携と柔軟なストレージで実現する高信頼サービス
・ShowNetを支えるハイブリッドクラウド構成の仮想化基盤
・NVMe over Fabrics を活用した高速コンテナストレージの実現
・オンプレ/マルチクラウドにまたがったKubernetesマルチクラスタによる柔軟なサービス管理
ShowNet2021 Wi-Fi_parapara
ShowNet2021 展示会場内説明スライド（parapara）
Wi-Fi
Wi-Fiにおける生活様式の変化
・遠隔地に分散したWi-Fiネットワークの統合運用
・テレワークで求められる広帯域設計
・多種多様なデバイス接続への対応
・Wi-Fiネットワークとクラウドの連携による運用管理の高度化
ShowNet2021 伝送_parapara
ShowNet2021 展示会場内説明スライド（parapara）
伝送
光を自在に操って作る柔軟なトポロジー
・100G→200G→400G→800Gbpsへと高速化し続ける光トランスポンダ
・ディスアグリゲーションによるオープンな光伝送
・チャレンジ！全ホールのトラフィックをカバーするリング型ShowNet伝送網
ShowNet2021 テスタ_parapara
ShowNet2021 展示会場内説明スライド（parapara）
テスタ
よりリアルなトラフィックシミュレーションを求めて
・ユーザーの実トラフィックを疑似したNetSecOPEN準拠のパフォーマンス測定
・侵害と攻撃シミュレーション（BAS）によるセキュリティの継続した有効性評価
・ShowNetの実トラフィックから自動生成されるテストシナリオとテストトラフィックの再現
・ハイブリッド環境で稼働するバーチャルテスターの一元管理と高い弾力性の実現
ShowNet2021 Security_parapara
ShowNet2021 展示会場内説明スライド（parapara）
セキュリティ
ゼロトラストモデルによる次世代セキュリティアーキテクチャ
・守るべきリソース保護のための継続的な検証と評価
・リモートワークとマルチクラウド環境に一貫した動的セキュリティポリシの適用
・一元的な認証認可によるリソースの保護
・スレットインテリジェンスを活用したプロアクティブな脅威検出
ShowNet2021 モニタリング_parapara
ShowNet2021 展示会場内説明スライド（parapara）
モニタリング
監視運用の省人化と高レジリエンスな監視システムの提供
・実トラフィックに基づくリアルタイム通信解析
・分散監視システムによるマルチクラウド・ハイブリッドクラウドのモニタリング
・機械学習によるアラート監視の最適化・効率化の実現
・テレメトリを用いたトラフィック分析・アノマリ検知による運用の高度化
ShowNet2021 L2/L3_srv6_gu_parapara
ShowNet2021 展示会場内説明スライド（parapara）
L2/L3
高度なトラフィック制御をシンプルに実現するバックボーン
・最大リンク速度400Gbpsでつなぐ多目的SR-MPLSバックボーン
・世界最先端・最大規模のマルチベンダSRv6相互接続検証
・SR-MPLS / SRv6インターワーク技術による異種バックボーン連携
ShowNet2021 L2/L3_parapara
ShowNet2021 展示会場内説明スライド（parapara）
L2/L3
高度なトラフィック制御をシンプルに実現するバックボーン
・最大リンク速度400Gbpsでつなぐ多目的SR-MPLSバックボーン
・世界最先端・最大規模のマルチベンダSRv6相互接続検証
・SR-MPLS / SRv6インターワーク技術による異種バックボーン連携
ShowNet2021 ファシリティ_parapara
ShowNet2021 展示会場内説明スライド（parapara）
ファシリティ
新たな世代のファシリティ
・可視化によるミスコンフィグの防止と電源設備の利用状況集中管理
・作業効率を高めるニューノーマル時代のファシリティ
・センサーネットワークによる稼働状況・環境の管理
・次世代コネクタによる更なる高密度化の実現
2021年度ShowNet ゼロトラストモデルによる次世代セキュリティアーキテクチャ_ShowNet2021 seminar
ShowNet 2021：展示会場内セミナー
2021年度ShowNet ゼロトラストモデルによる次世代セキュリティアーキテクチャ
ShowNet NOCチームメンバー 神宮 真人
ShowNet 2021 みどころ解説_ShowNet2021 seminar
ShowNet 2021：展示会場内セミナー
ShowNet 2021 みどころ解説
ShowNet NOCチームメンバー 中村 遼
2021年度ShowNetの作り方・コンセプトと設計思想_ShowNet2021 seminar
ShowNet 2021：展示会場内セミナー
2021年度ShowNetの作り方・コンセプトと設計思想
ShowNet NOCチームメンバー 鎌田徹平
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2021年度ShowNet ゼロトラストモデルによる次世代セキュリティアーキテクチャ_ShowNet2021 seminar
2021年度ShowNet ゼロトラストモデルによる次世代セキュリティアーキテクチャ_ShowNet2021 seminar
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Mutation Testing for Task-Oriented Chatbots
Conversational agents, or chatbots, are increasingly used to access all sorts of services using natural language. While open-domain chatbots - like ChatGPT - can converse on any topic, task-oriented chatbots - the focus of this paper - are designed for specific tasks, like booking a flight, obtaining customer support, or setting an appointment. Like any other software, task-oriented chatbots need to be properly tested, usually by defining and executing test scenarios (i.e., sequences of user-chatbot interactions). However, there is currently a lack of methods to quantify the completeness and strength of such test scenarios, which can lead to low-quality tests, and hence to buggy chatbots.
To fill this gap, we propose adapting mutation testing (MuT) for task-oriented chatbots. To this end, we introduce a set of mutation operators that emulate faults in chatbot designs, an architecture that enables MuT on chatbots built using heterogeneous technologies, and a practical realisation as an Eclipse plugin. Moreover, we evaluate the applicability, effectiveness and efficiency of our approach on open-source chatbots, with promising results.
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