University of Sussex 25 April 2016 Limits of Computation Test →→→→→→→→→→→ → → CandidateNo. • Please answer ALL questions by writing on THIS SHEET. You…
Candidate Number THE UNIVERSITY OF SUSSEX BSc FINAL YEAR EXAMINATION May/June 2019 (A2) Limits of Computation Assessment Period: May/June 2019 (A2) G5029 DO NOT TURN…
University of Sussex 2 May 2019 Feedback Limits of Computation Test – Dr Bernhard Reus ⇒→→→→→→→→→→ → → CandidateNo. • Please answer ALL questions by…
时间 性质 充放电电价/(kw*h) 23:00-07:00 谷时段 0.355 07:00-8:00 平时段 0.712 08:00-11:00 峰时段 1.065 11:00-16:00 平时段 0.712 16:00-21:00 峰时段 1.065 21:00-23:00 平时段 0.712 充电费用等于当时的充放电电价乘以充电功率5W 分时电价的曲线是，电动汽车在分时电价的状态下叠加原始负荷的曲线，固定电价是电动汽车的固定电价叠加时候的图第一图是参考图，按照这个图效果改后面两个图，参加图是一百辆电动汽车的 后面两个图是要修改的图说，明一下我的图形都是原始负荷叠加电动汽车充放电负荷的图形，要达到削峰填谷的效果，分时电价削峰填谷的效果最好，固定电价也要削峰填谷，效果没有分时电价好，计算峰值，谷值，峰谷差率，负荷方差，充电费用，帮我造数据200,300辆电动汽车的数据，因为下面两个图数据不太好，效果不太好，需要调一下，我给目前的这两个图目前数据，这个图的充电费用是负的调成正的， 根据给出下面给出的这个200辆电动汽车这个数据是错的，需要调整主要充电费用要是正的，分时电价费用较少，固定电价费用较高，就是电价高的时候放电，放电不要太多，电价低的时候充电，保每辆电动汽车能充到百分之八十左右，充电费用都是正的，负荷方差也需要调整，变成MW2,然后改变了充电费用和负荷方差，其他的数值也改变了，然后一块列出来，程序里面要体现，然后列个表格出来…
University of Sussex Informatics Spring 2020 Limits of Computation Assignment 1 (Deadline 5.03.2020, 4pm) You need to submit your answers electronically on Canvas at the…
University of Sussex 2 May 2019 Limits of Computation Test ⇒→→→→→→→→→→ → → CandidateNo. • Please answer ALL questions by writing on THIS SHEET. You…
Candidate Number THE UNIVERSITY OF SUSSEX BSc FINAL YEAR EXAMINATION MComp THIRD YEAR EXAMINATION May/June 2017 (A2) LIMITS OF COMPUTATION Assessment Period: May/June 2017 (A2)…
University of Sussex 4 May 2018 Feedback Limits of Computation Test – Dr Bernhard Reus →a→→→→→→→→→ → → CandidateNo. • Please answer ALL questions by…
{-# OPTIONS_GHC -fwarn-incomplete-patterns #-} {-# OPTIONS_GHC -fwarn-incomplete-uni-patterns #-} module ContextFree where import Control.Applicative(liftA, liftA2, liftA3) data Cat = S | NP | VP | PP…
{-# OPTIONS_GHC -fwarn-incomplete-patterns #-} {-# OPTIONS_GHC -fwarn-incomplete-uni-patterns #-} {-# LANGUAGE FlexibleInstances #-} module Assignment06 where import Control.Applicative(liftA, liftA2, liftA3) import ContextFree import qualified Memoization as…