Practical DoD Architecture Framework (DoDAF) with InnoslateElizabeth Steiner
油
DoDAF expert, Steve Dams explains Practical DoDAF and how to implement it through Innoslate, a systems engineering and program management tool. The slides explain the need for many dimensions to completely describe the architecture, including (risk, decisions, data, systems, components, organizations, etc). Learn how Architecture forms the foundation of dynamic analysis.
1. Afghanistan has experienced many periods of political and social change over the centuries, transitioning from tribal dominance to kingdoms to communist and Taliban rule.
2. In the 1800s, numerous ethnic groups populated Afghanistan and tribal power dominated society. The first Afghan sovereign government was established in 1747 through a Loya Jirga.
3. From 1919-1979, Afghanistan was a modern kingdom that experienced early reforms under King Amanullah, including establishing women's rights, but also faced instability.
This is a presentation that narrates the history of Afghanistan and pinpoints how this country is formed, progressed and sometimes failed.
It encompasses numerous images of modern and historical days of Afghanistan.
This document provides an overview of quantum computing. It begins with a short history and addresses the need for quantum computing to be faster than classical computing. It explains that while classical bits can only be 1 or 0, quantum bits or qubits can be both 1 and 0 simultaneously using superposition. The document notes that nobody fully understands quantum computing because it describes nature in a way that seems absurd. It provides an example of Google working with quantum computing and discusses some of the challenges like keeping qubits from losing their state due to low temperatures and errors. In the end, it suggests that quantum computing has great potential power.
This document describes a final project for a computer architecture course involving the design of a cache controller and pipelined controller for the SAYEH computer. It includes sections that describe the cache module components like the data array, tag-valid array, and cache replacement policy. It also covers topics like pipelining, hazards, and the design of a hazard control unit for the pipelined SAYEH computer. The document provides instructions for students to implement the project in VHDL, write a report explaining their work, and meet the deadline for submission.
This document describes the design of a compiler for a simple C-like language. It outlines the main phases of the compiler including lexical analysis, syntax analysis, code generation, and optional semantic analysis. It provides details on token specification, grammar rules, and the management of registers and memory during code generation. The lexical analyzer breaks source code into tokens which are stored in tables. The syntax analyzer checks grammar rules and detects errors. Code generation transforms the parsed code into SAYEH assembly code. Register and memory addresses are tracked in tables to efficiently allocate resources during code generation.
This document describes the design and implementation of a basic computer called SAYEH. It includes descriptions of the CPU components like the register file, program counter, instruction register, and ALU. It provides details on the 35 instructions in SAYEH's instruction set and describes the datapath and hierarchical structure. The datapath connects the program counter, instruction register, register file, ALU, and other components. VHDL code is provided for some of the CPU components like the program counter, addressing unit, and register file.
The document discusses the theory of quantum electrodynamics and how it describes nature. It states that quantum mechanics seems absurd based on common sense, but is how nature truly works. Even physicists and students don't fully understand it. The key points are that quantum mechanics involves superposition and describes nature in ways that seem nonsensical from a common sense perspective, but this is how the natural world functions and must be accepted.
This document discusses the concept of smart parking and outlines the key drivers and technologies that enable it. It describes how smart parking uses sensors and connectivity to monitor parking usage in real-time and provide drivers with available spaces and dynamic pricing information. This helps reduce congestion and increase revenue for cities. The document proposes a proof of concept for smart parking that considers the needs of users, businesses, and cities to provide an intuitive parking experience through seamless payments and navigation to available spots.
This document provides an introduction to VHDL (VHSIC Hardware Description Language). It discusses the history of VHDL and how it is based on ADA. It describes some key elements of VHDL including entities, architectures, components, and instantiation. Entities define the interface, architectures provide the implementation, and components allow for modular hierarchical design. The document also discusses structural modeling in VHDL using components, with examples of how to declare components and instantiate them by mapping ports.
This document discusses sequential circuits in VHDL. It begins by defining sequential circuits as circuits that perform computations over multiple clock cycles by storing intermediate results in memory registers. It then explains how to write sequential logic in VHDL using process statements. Several examples of basic sequential elements like D flip-flops with and without resets are described. The document concludes by providing references for further reading on VHDL and digital design.
Virtual memory is an address mapping technique that maps virtual addresses used by programs to physical addresses in memory. It allows programs to behave as if they have more memory than is physically installed on the system. The memory management unit (MMU) performs this mapping and handles memory protection and paging. When a program accesses memory using a virtual address, the MMU translates it to the corresponding physical address. If the page is not in memory, a page fault occurs and the OS loads the page from disk before resuming execution. The translation lookaside buffer (TLB) caches recent translations to improve performance.
LEGO Reinventing (E-)Commerce (business model change)Farzan Dehbashi
油
The Lego Group is a Danish family-owned toy company known for Lego bricks. It has evolved significantly since 1932 when it was founded. In the 2000s, Lego was on the verge of bankruptcy but focused on streamlining operations by closing its unprofitable accessories department and investing in Legolands. This transformation helped the company grow. Lego also changed its focus to attract both girls and boys, and recruited architects to develop new models. Further branding and licensing deals, such as Lego movies, helped Lego become an outstanding global brand.
The document discusses OLED (Organic Light Emitting Diode) technology. It provides a brief history of OLED, including key dates such as Chin Tang discovering OLEDs in 1987 and early companies releasing OLED TVs in the 2000s. The document outlines the basic structure of OLED displays and compares OLED to LCD. It also discusses different types of OLED technologies such as passive matrix OLED and active matrix OLED. Finally, the document projects increasing global sales of OLED displays through 2017.
This document describes hardware description language (HDL) code for basic logic gates and adders. It defines entity architectures for a half adder, full adder, and OR gate using a behavioral, register transfer, and gate level description. The full adder entity instantiates half adder and OR gate components and uses signals to connect the outputs and inputs to implement the full adder functionality.
This document describes the design of a compiler for a simple C-like language. It outlines the main phases of the compiler including lexical analysis, syntax analysis, code generation, and optional semantic analysis. It provides details on token specification, grammar rules, and the management of registers and memory during code generation. The lexical analyzer breaks source code into tokens which are stored in tables. The syntax analyzer checks grammar rules and detects errors. Code generation transforms the parsed code into SAYEH assembly code. Register and memory addresses are tracked in tables to efficiently allocate resources during code generation.
This document describes the design and implementation of a basic computer called SAYEH. It includes descriptions of the CPU components like the register file, program counter, instruction register, and ALU. It provides details on the 35 instructions in SAYEH's instruction set and describes the datapath and hierarchical structure. The datapath connects the program counter, instruction register, register file, ALU, and other components. VHDL code is provided for some of the CPU components like the program counter, addressing unit, and register file.
The document discusses the theory of quantum electrodynamics and how it describes nature. It states that quantum mechanics seems absurd based on common sense, but is how nature truly works. Even physicists and students don't fully understand it. The key points are that quantum mechanics involves superposition and describes nature in ways that seem nonsensical from a common sense perspective, but this is how the natural world functions and must be accepted.
This document discusses the concept of smart parking and outlines the key drivers and technologies that enable it. It describes how smart parking uses sensors and connectivity to monitor parking usage in real-time and provide drivers with available spaces and dynamic pricing information. This helps reduce congestion and increase revenue for cities. The document proposes a proof of concept for smart parking that considers the needs of users, businesses, and cities to provide an intuitive parking experience through seamless payments and navigation to available spots.
This document provides an introduction to VHDL (VHSIC Hardware Description Language). It discusses the history of VHDL and how it is based on ADA. It describes some key elements of VHDL including entities, architectures, components, and instantiation. Entities define the interface, architectures provide the implementation, and components allow for modular hierarchical design. The document also discusses structural modeling in VHDL using components, with examples of how to declare components and instantiate them by mapping ports.
This document discusses sequential circuits in VHDL. It begins by defining sequential circuits as circuits that perform computations over multiple clock cycles by storing intermediate results in memory registers. It then explains how to write sequential logic in VHDL using process statements. Several examples of basic sequential elements like D flip-flops with and without resets are described. The document concludes by providing references for further reading on VHDL and digital design.
Virtual memory is an address mapping technique that maps virtual addresses used by programs to physical addresses in memory. It allows programs to behave as if they have more memory than is physically installed on the system. The memory management unit (MMU) performs this mapping and handles memory protection and paging. When a program accesses memory using a virtual address, the MMU translates it to the corresponding physical address. If the page is not in memory, a page fault occurs and the OS loads the page from disk before resuming execution. The translation lookaside buffer (TLB) caches recent translations to improve performance.
LEGO Reinventing (E-)Commerce (business model change)Farzan Dehbashi
油
The Lego Group is a Danish family-owned toy company known for Lego bricks. It has evolved significantly since 1932 when it was founded. In the 2000s, Lego was on the verge of bankruptcy but focused on streamlining operations by closing its unprofitable accessories department and investing in Legolands. This transformation helped the company grow. Lego also changed its focus to attract both girls and boys, and recruited architects to develop new models. Further branding and licensing deals, such as Lego movies, helped Lego become an outstanding global brand.
The document discusses OLED (Organic Light Emitting Diode) technology. It provides a brief history of OLED, including key dates such as Chin Tang discovering OLEDs in 1987 and early companies releasing OLED TVs in the 2000s. The document outlines the basic structure of OLED displays and compares OLED to LCD. It also discusses different types of OLED technologies such as passive matrix OLED and active matrix OLED. Finally, the document projects increasing global sales of OLED displays through 2017.
This document describes hardware description language (HDL) code for basic logic gates and adders. It defines entity architectures for a half adder, full adder, and OR gate using a behavioral, register transfer, and gate level description. The full adder entity instantiates half adder and OR gate components and uses signals to connect the outputs and inputs to implement the full adder functionality.
2. 擧悋慍
≒擧悋惠 擧悋拆惠惘 惴惘1982惠愕愀悋 惘悋惘惆愆惆 愀惘忰.
擯 擧悋惠 悋擧惠惘惆悋擧 惡悋惘 惆惘 擧:
NO you are not going to be able to understand it you see
my physics students dont understand it either .
that is because I dont understand it . Nobody does
The theory of quantum electrodynamics describes nature as
absurd from the point of view of common sense .
So I hope that you can accept nature as she isabsurd.
≒愕悋1994愆惘 拆惠惘 擧悋拆惠惘 悋慍 悋愕惠悋惆 惡 惘悋悴惺 悋 悋擧悋惠
惆惘擧惘惆 惠愆惘 惡慍惘擯 惡愕悋惘 悋惺惆悋惆 擯惘 悋擧惠惘 忰.