N1592 Trading Strategies Midterm Assessment OutlineSQL

Java Python N1592 Trading Strategies Midterm Assessment Outline

For the purpose of completing this assessment you need to utilise Bloomberg Terminal. Choose 2 out of 4 below tasks for your report.

Please note you need to select only 2 out of 4 tasks and competing 2 tasks in the lab should not take you more than an hour. After completion of the tasks export your results in a PDF format and cut and crop relevant graphs and tables into your report.

TASK 1

Test the Value Strategy utilising relevant Bloomberg functions, including backtesting, for the following time periods – 20/01/2017 to 20/01/2021 and 20/01/2021 to 20/01/2025 using US & UK, and ONE of the following - Chinese (Shanghai Shenzen 300 Index) or Japanese (Nikkei 225), or Scandinavian (OMX Nordic 40) market data. Identify the most relevant filters and explain why they are the most relevant to testing of this strategy. After forming portfolios using filters and generating results, comment on the differences in returns across these two time periods. Analyze whether the Value Strategy performedai 写N1592 Trading Strategies Midterm Assessment OutlineSQL d empirically better during the first Trump presidency or the Biden presidency.

TASK 2

Choose a stock and using appropriate Bloomberg functions identify whether this stock is consistent with the Fisher’s Growth Strategy and using Bloomberg terminal identify a suitable comparable stock. Explain why you chose those specific Bloomberg functions and how you utilized data derived through these functions to complete your analysis.

TASK 3

Test Dreman’s Contrarian strategy by looking at performance of domestic companies closely around the Brexit Referendum result (make sure the backtesting includes this period). Answer the following questions:

A) Which industry leads the crisis?

B) Which industry in the portfolio contributes the most to the downturn?

C) Comment whether the findings derived provide empirical evidence of the Contrarian approach?

TASK 4

Apply the relevant steps in the Bloomberg Terminal to test whether Portfolio Diversification theory holds empirically in the U.S. market over the past 10 years (25/02/2015–25/02/2025). Comment on the relevant characteristics and influencing factors         

基于51单片机,实现对直流电机的调速、测速以及正反转控制。项目包含完整的仿真文件、源程序、原理图和PCB设计文件,适合学习和实践51单片机在电机控制方面的应用。 功能特点 调速控制:通过按键调整PWM占空比,实现电机的速度调节。 测速功能:采用霍尔传感器非接触式测速,实时显示电机转速。 正反转控制:通过按键切换电机的正转和反转状态。 LCD显示:使用LCD1602液晶显示屏,显示当前的转速和PWM占空比。 硬件组成 主控制器:STC89C51/52单片机(与AT89S51/52、AT89C51/52通用)。 测速传感器:霍尔传感器,用于非接触式测速。 显示模块:LCD1602液晶显示屏,显示转速和占空比。 电机驱动:采用双H桥电路,控制电机的正反转和调速。 软件设计 编程语言:C语言开发环境:Keil uVision。 仿真工具:Proteus。 使用说明 液晶屏显示: 第一行显示电机转速(单位:转/分)。 第二行显示PWM占空比(0~100%)。 按键功能: 1键:加速键,短按占空比加1,长按连续加。 2键:减速键,短按占空比减1,长按连续减。 3键:反转切换键,按下后电机反转。 4键:正转切换键,按下后电机正转。 5键:开始暂停键,按一下开始,再按一下暂停。 注意事项 磁铁和霍尔元件的距离应保持在2mm左右,过近可能会在电机转动时碰到霍尔元件,过远则可能导致霍尔元件无法检测到磁铁。 资源文件 仿真文件:Proteus仿真文件,用于模拟电机控制系统的运行。 源程序:Keil uVision项目文件,包含完整的C语言源代码。 原理图:电路设计原理图,详细展示了各模块的连接方式。 PCB设计:PCB布局文件,可用于实际电路板的制作。
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