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Vedang Vaidya

Member since 2025

Gold League

5605 points
使用 Gemini：網路工程師 Earned Dec 24, 2025 EST
AI 基礎架構：網路技術 Earned Dec 24, 2025 EST
AI 基礎架構：儲存空間選項 Earned Dec 23, 2025 EST
AI 基礎架構：部署類型 Earned Dec 23, 2025 EST
AI 基礎架構：Cloud TPU Earned Dec 23, 2025 EST
AI 基礎架構：Cloud GPU Earned Dec 23, 2025 EST
AI 基礎架構：AI Hypercomputer 簡介 Earned Dec 23, 2025 EST
Networking in Google Cloud: Load Balancing Earned Dec 19, 2025 EST
Networking in Google Cloud: Network Architecture Earned Dec 19, 2025 EST
Preparing for Your Professional Cloud Security Engineer Journey Earned Dec 18, 2025 EST
Introduction to Cloud Next Generation Firewall Earned Dec 18, 2025 EST
Networking in Google Cloud: Hybrid and Multicloud Earned Dec 14, 2025 EST

本課程介紹的 Gemini 是採用生成式 AI 技術的協作工具，可協助網路工程師建立、更新及維護虛擬私有雲網路。您將瞭解如何透過提示讓 Gemini 為網路工作提供指引，獲得比搜尋結果更具體的資訊。在實作研究室中，您也會體驗到 Gemini 如何簡化 Google Cloud 虛擬私有雲網路的作業。 Duet AI 已更名為 Gemini，這是我們的新一代模型。

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歡迎來到「AI 基礎架構：網路技術」課程。本課程將說明如何運用 Google Cloud 的高頻寬、低延遲基礎架構，最佳化調整 AI 系統所有元件之間的資料傳輸和通訊。最後，您將掌握網路在整個 AI 管道 (從資料擷取、訓練到推論) 發揮的關鍵作用，並採取最佳做法，確保工作負載能以最高速度運作。

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在本課程中，您將全面瞭解 Google Cloud 提供的儲存空間解決方案，專門用於 AI 和高效能運算 (HPC) 的工作負載。您將學習如何根據機器學習生命週期的各個階段，選擇合適的儲存空間；以及探索如何在訓練期間將 I/O 效能最佳化、管理準備資料所需的龐大資料集，以及用低延遲提供模型構件。透過實際例子和示範，您將掌握專業知識，得以設計穩健的儲存空間解決方案，並加快 AI 創新。

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這堂課程會完整說明如何在 Google Cloud 部署、管理及最佳化調整 AI 和高效能運算 (HPC) 工作負載。藉由一系列課堂和實務示範，您會瞭解不同的部署策略，從使用 Google Compute Engine (GCE) 的高度可自訂環境，到 Google Kubernetes Engine (GKE) 等代管解決方案。具體來說，您會學到如何建立叢集及部署 GKE，以便執行推論工作。

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歡迎來到 Cloud TPU 課程。我們將探討在各種情境下使用 TPU 的優缺點，並比較不同的 TPU 加速器，協助您選擇合適的工具。您將瞭解如何盡可能提高 AI 模型的效能和效率，以及互通的 GPU/TPU 對於打造靈活的機器學習工作流程有多重要。我們會透過引人入勝的內容和實際演示，一步步引導您有效運用 TPU。

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想瞭解 AI 背後的強大硬體嗎？本單元將深入解析針對效能最佳化的 AI 電腦，說明其重要性。我們將探討 CPU、GPU 和 TPU 如何大幅加速 AI 任務運算，分析各自的特點，以及 AI 軟體如何充分利用這些硬體效能。單元結束後，您將清楚掌握如何根據 AI 專案挑選合適的 GPU，並做出明智的 AI 工作負載決策。

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準備開始使用 AI Hypercomputer 了嗎？這門課程可讓您快速上手！我們將介紹這個架構的基本概念，以及此架構如何幫助 AI 處理 AI 工作負載。您將瞭解 Hypercomputer 內的不同元件，例如 GPU、TPU 和 CPU，以及如何視需求選擇合適的部署方法。

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This training course builds on the concepts covered in the Networking in Google Cloud: Fundamentals course. Through presentations, demonstrations, and labs, participants explore and implement Cloud Load Balancing.

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Welcome to the third course of the "Networking in Google Cloud" series: Network Architecture! In this course, you will explore the fundamentals of designing efficient and scalable network architectures within Google Cloud. In the first module, Introduction to Network Architecture, we'll start by introducing you to the core components and concepts of network architecture, including subnets, routes, firewalls, and load balancing. Then in the second module, network topologies, we'll dive into various network topologies commonly used in Google Cloud, discussing their strengths, and weaknesses.

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This course helps learners prepare for the Professional Cloud Security Engineer (PCSE) Certification exam. Learners will be exposed to and engage with exam topics through a series of lectures, diagnostic questions, and knowledge checks. After completing this course, learners will have a personalized workbook that will guide them through the rest of their certification readiness journey.

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This training course introduces Cloud NGFW. Topics include how Cloud NGFW provides centralized firewall management, centralized firewall visibility, advanced threat protection, and firewall insights.

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Welcome to the sixth course in our Networking and Google Cloud series, Hybrid and Multicloud. The first module will walk you through various cloud connectivity options, with a deep dive into Cloud Interconnect, exploring its different types and functionalities. In the second module, we'll cover Cloud VPN, discussing its implementation, high availability, VPN topologies, and the Network Connectivity Center for streamline management. By the end of this course, you will be able to explain the different connectivity options available to extend your on-premises and other cloud networks to Google Cloud, and analyze the suitability of different Google Cloud hybrid and multicloud connectivity services for specific use cases.

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