Total Digital Control Research Articles

Unconventional ways of proving crimes, is there a prospect?

The development of mankind is rapidly rising in spirals of time and space, yesterday unknown today becomes a clear everyday life. In the future, total digital control over society will make it possible to decriminalize human relations, and the inevitability of punishment will become mandatory. It is clear that crimes, in turn, will also mutate to get around the law again and again. There is endless competition between proving crimes and opportunities to avoid punishment. In this age-old pursuit, the rule of law often suffers, and, as a consequence, justice also suffers. A necessary element of the legal procedure is the requirement of speed of criminal proceedings, as indicated by the basic international documents. Thus, according to Article 14 (3) of the International Covenant on Civil and Political Rights, "everyone has the right to a court to hear his case without undue delay". And in of Article 28 (5) of the Criminal Procedure Code of Ukraine states: "Everyone has the right to have charges brought against him as soon as possible or to be brought to trial or to have the relevant criminal proceedings closed." To ensure the speed of the criminal process, the question of using unconventional methods of proving crimes, which will undoubtedly help in this, is of interest. The article explores the prospect of using such unconventional methods of proving crimes in Ukraine as polygraph, hypnosis, clairvoyance and telepathy. The experience of foreign states, conditions of application, general recommendations on the use of investigated methods in criminal proceedings are analyzed. The necessity of legislative regulation of unconventional ways of proving crimes in Ukraine is studied.

The Apocalypse of a Wired Brain

AbstractWhen the threat posed by the digitalization of our lives is debated in our media, the focus is usually on the new phase of capitalism called surveillance capitalism: a total digital control...

Modelling and performance evaluation of explosive storage policies in internet fulfilment warehouses

Internet Fulfilment Warehouses (IFWs) are designed to exclusively process online retail orders. An observational study reveals that IFW operating and design attributes are significantly different from traditional warehouses in their storage and fulfilment policies. Specifically, we identify six IFW differentiators: explosive storage, very large number of beehive storage locations, bins with commingled SKUs, immediate fulfilment, short picking routes with single unit picks and high transactions with total digital control. Explosive storage of incoming bulk allows for faster fulfilment of customer orders often within a few hours. A new IFW control model is developed. This describes the associated receiving and fulfilment flows. Two decision algorithms for generating (i) a stocking list and (ii) an order picking list are presented. A simulation model was built to evaluate the fulfilment performance of the explosive policy. Experimental runs on a problem with 400 SKUs, 3240 bins and 22,000 customer orders over nine days are reported. Results show that increasing levels of explosion reduce the linear fulfilment time by as much as 16%, confirming the IFW storage policy is advantageous. The results also show that fulfilment time behaviour is convex as a function of the maximum number of stops allowed by the picking algorithm parameter.

The Digital Observer which Estimates Disturbance and Velocity.

This paper describes how to construct the digital control system including the observer which estimates disturbance torque and volocity.First, the digital observer is designed based on the digital model which includes 0 order hold. Next, as a pre-process to construct the digital control system, bilinear transformation model and feedfoward model are prepared. And, the total digital control system is constructed. By the pole allocation, the stability of this system can be evaluated.Next, we propose new methods with respect to the order of calculation of the digital controller and the initialization of the observer. Finally, the experimental results are shown.