time in UTC format to the guest instead of the local (host) time. This affects how the virtual real-time clock (RTC) operates and may be useful for UNIX-like guest OSes, which typically expect the hardware boot device is associated with the specified slot. --rtc-use-utc=on | off Specifies whether the real-time clock (RTC) uses coordinated universal time (UTC). See chapter 3.5.1, Motherboard Tab, page 57. programs, these license terms govern your use. c) Device Simulation Framework. One user may install and use any number of copies of the Device Simulation Framework on your devices for the sole purpose of testing

time in UTC format to the guest instead of the local (host) time. This affects how the virtual real-time clock (RTC) operates and may be useful for UNIX-like guest OSes, which typically expect the hardware boot device is associated with the specified slot. --rtc-use-utc=on | off Specifies whether the real-time clock (RTC) uses coordinated universal time (UTC). See chapter 3.5.1, Motherboard Tab, page 73. programs, these license terms govern your use. c) Device Simulation Framework. One user may install and use any number of copies of the Device Simulation Framework on your devices for the sole purpose of testing

time in UTC format to the guest instead of the local (host) time. This affects how the virtual real-time clock (RTC) operates and may be useful for UNIX-like guest OSes, which typically expect the hardware boot device is associated with the specified slot. --rtc-use-utc=on | off Specifies whether the real-time clock (RTC) uses coordinated universal time (UTC). See chapter 4.5.1, Motherboard Tab, page 73. programs, these license terms govern your use. c) Device Simulation Framework. One user may install and use any number of copies of the Device Simulation Framework on your devices for the sole purpose of testing

time in UTC format to the guest instead of the local (host) time. This affects how the virtual real-time clock (RTC) operates and may be useful for UNIX-like guest OSes, which typically expect the hardware boot device is associated with the specified slot. --rtc-use-utc=on | off Specifies whether the real-time clock (RTC) uses coordinated universal time (UTC). See chapter 4.5.1, Motherboard Tab, page 73. programs, these license terms govern your use. c) Device Simulation Framework. One user may install and use any number of copies of the Device Simulation Framework on your devices for the sole purpose of testing

time in UTC format to the guest instead of the local (host) time. This affects how the virtual real-time clock (RTC) operates and may be useful for UNIX-like guest OSes, which typically expect the hardware boot device is associated with the specified slot. --rtc-use-utc=on | off Specifies whether the real-time clock (RTC) uses coordinated universal time (UTC). See chapter 3.5.1, Motherboard Tab, page 73. programs, these license terms govern your use. c) Device Simulation Framework. One user may install and use any number of copies of the Device Simulation Framework on your devices for the sole purpose of testing

time in UTC format to the guest instead of the local (host) time. This affects how the virtual real-time clock (RTC) operates and may be useful for UNIX-like guest OSes, which typically expect the hardware boot device is associated with the specified slot. --rtc-use-utc=on | off Specifies whether the real-time clock (RTC) uses coordinated universal time (UTC). See chapter 4.5.1, Motherboard Tab, page 73. programs, these license terms govern your use. c) Device Simulation Framework. One user may install and use any number of copies of the Device Simulation Framework on your devices for the sole purpose of testing

time in UTC format to the guest instead of the local (host) time. This affects how the virtual real-time clock (RTC) operates and may be useful for UNIX-like guest OSes, which typically expect the hardware boot device is associated with the specified slot. --rtc-use-utc=on | off Specifies whether the real-time clock (RTC) uses coordinated universal time (UTC). See chapter 3.5.1, Motherboard Tab, page 73. programs, these license terms govern your use. c) Device Simulation Framework. One user may install and use any number of copies of the Device Simulation Framework on your devices for the sole purpose of testing

集群外部流量出口：Egress Gateway（可选,在一个集中点对外部访问进行控制） • Service discovery • Load balancing • Time out • Retries • Circuit breaker • Routing • Auth • Telemetry collecting 外部流量出口 外部流量入口 Pilot 2 Istio 流量管理 – 控制面 两类数据： 1:9080，即 reviews 服务进行业务处理。 10 Istio 协议支持现状 • 七层服务治理 – 服务发现（基于服务的逻辑名称） – LB、基于应用协议的错误码进行 Retries 和 Circuit Breaker – 基于七层协议 Meta data 的路由（RPC协议中的调用 服务名、方法名等） – Fault Injection（RPC 协议层的错误码） – RPC 调用的 Metrics（调用次数，调用失败率等） Tracing • 四层服务治理 – 服务发现（基于 VIP 或者 Pod IP：DNS 只用于解析得 到 IP，不能被 Envoy 感知） – LB、基于四层链接错误的 Retries 和 Circuit Breaker – 基于四层的路由（IP + Port） – 基于四层的 Metrics（TCP收发包数量等） IP Header TCP Header Layer 7 Protocol Header

many bits were used for representing each value in the quantized domain. Exercise: Quantization simulation for a single fully connected layer. Can you simulate the compression of a single fully connected

20% 7 Vasiliki Kalavri | Boston University 2020 Grading Scheme (2) Final Project (50%): • A real-time monitoring and anomaly detection framework • To be implemented individually Deliverables • Kalavri | Boston University 2020 Final Project You will use Apache Flink and Kafka to build a real-time monitoring and anomaly detection framework for datacenters. Your framework will: • Detect “suspicious” processing important? Vasiliki Kalavri | Boston University 2020 By 2025, 30% of all data will be real-time data. By 2020, we will be able to store less than 15% of all data. 18 Vasiliki Kalavri | Boston