Academic literature on the topic 'Product price of machine-building enterprises'

Economy and mankind are inextricably interlinked. Just as the economy or the production of material wealth is unimaginable without a man, so human existence and development are impossible without the wealth created in the economy. Shortly, both the goal and the means of achieving and realization of the economy are still the human resources. People have long ago noticed that it was the economy that created livelihoods, and the delays in their production led to the catastrophic events such as hunger, poverty, civil wars, social upheavals, revolutions, moral degeneration, and more. Therefore, the

Before the green revolution, farmers are lied on saving seeds from the previous crop cycle. Today, advanced seeds from companies are dominating farmers’ fields. This shift has spurred innovation in the agriculture sector, driven by the increasing demand for packaged seeds, necessitating automation for efficient production. Manually weighing or counting seeds and packaging them are no longer viable as bulk production is required. Also, Packaging seeds by weight leads to revenue loss as seed companies often supply excessive amounts to ensure the promised quantity. Additionally, farmers, uncertain about the seed quantity in each bag, tend to order extra. Therefore, seed companies recognize seed counting as a crucial cost-saving and demand-meeting tool, assuring both parties involved. The seed industry has made significant progress, and many seed-counting machines have been introduced in India. They are, however, very expensive and, at times, lack efficiency. The proposed work introduces an affordable and reliable seed counting and packaging machine. The machine incorporates a vibrating platform where the user pours the seeds to be quantified. The hardware is designed such that, one seed at a time is dropped. A proximity sensor is used to record the count and aload cell to measure the seeds by weight. This product aims to be a reliable and rapid seed counting and packaging machine at an affordable price, allowing small/medium scale industries to eliminate out dated methods and avoid costly investments in expensive machinery, thus stream lining seed production processes.

Predicting the future in all the areas using machine learning techniques was the recent research in the current scenario. Stock market is one among them which needs the prediction future market to invest in the new enterprise or to sell their existing shares to get profit. This need the efficient prediction technique which studies the previous exchanges of stock market and gives the future prediction based on that. This article proposed the prediction system of stock market price based on the exchange takes place in previous scenario. The system studies the diversing effect of market price of product in a particular time gap and analyze its future trend whether it’s loss or gain. During the system of thinking about diverse strategies and variables that should be taken into account, we observed out that strategies like random forest, Support vector machine and regression algorithm. Support vector regression is a beneficial and effective gadget gaining knowledge of approach to apprehend sample of time collection dataset. The data collected for the four years duration which was accumulated to get the expecting prices of the share of the firm. It can produce true prediction end result if the fee of essential parameters may be decided properly. It has been located that the guide vector regression version with RBF kernel indicates higher overall performance while in comparison with different models.

Fulfilling customer needs through the right product, at the right moment, and at the right price is the main objective of product lifecycle management (PLM). PLM integrates information, processes, business systems, and people across an extended enterprise from the customers' perspective. This begins with the conceptualization of the product, continues through its design, manufacturing, distribution, purchase, support, and final disposal, and is supported by data and information storage and information technology. PLM brings together a company's functions and those of its suppliers, resellers, and customers to provide an integrated view of data, processes, and business systems. By uniting product data with business processes and systems throughout the organization and around the world, PLM enhances collaboration and enables organizations to capitalize on the synergies potential in product-related activities. The expected results are a shorter time-to-market, an improved product quality, reduced manufacturing costs, lower service and support costs, and a product line that better meets customers' needs.

The purpose of agricultural enterprises is to improve the quality of domestic products, their competitiveness, food security, development of genetics and breeding, reproduction of land fertility, digitalization, which is impossible without economic transformation, management decisions, the introduction of technological processes for the long-term development of agriculture. The agro-industrial complex plays an important role in the development of the economy as a whole and performs a social function, ensures food security of regions and employment of people living in rural areas, so the quality of life depends on the formation of economic development of agriculture. Methodology. A scientific approach to solving problems allows to model possible situations and avoid negative consequences due to incorrect strategic policy of the organization. Construction of a matrix of strategic qualitative analysis based on methodological approaches to assessing the characteristics, properties of enterprise development strategy and implementation of economic development strategies for agricultural enterprises based on the use of analysis, which provides priority identification of strengths and weaknesses, potential opportunities and threats, languages that can be used to formulate the strategy of agricultural enterprises, is an important step in building a strategy. Results. In a competitive market, it is impossible to succeed by providing low-quality services or offering low-quality goods. Before developing business management processes, it is necessary to develop a functional strategy. Strategic analysis, which gives a realistic assessment of their own resources and capabilities in relation to the state and needs of the environment for agricultural enterprises and helps to make a rational choice of strategies from a variety of options. Practical implications. Strategies at any level usually do not have the resources or ability to use resources in a way that provides full confidence in success. Therefore, during the qualitative strategic analysis, in our case, we have determined that the miscalculations in the opening of the land market (no restrictions for buyers, price formation, protection mechanisms against speculative resale of land), war, political and economic crisis in Ukraine, miscalculations in the regulation of the industry, deterioration of land quality, loss of land value due to the development of alternative production, further decline in margins, degradation of the sector, loss of yield potential due to soil degradation resulting from intensive production, raiding, high cash turnover, fraudulent schemes, counterfeiting products, pressure from law enforcement agencies are threats to building an effective strategy for agricultural enterprises, it is necessary to take into account the strengths and weaknesses of agricultural enterprises and on the basis of opportunities to achieve economic growth.

Abstract With the increasing of global market competition and dynamic change of market environment, consumer needs are more personal and diversified, enterprise production is more flexible. At present, the production cycle period of traditional manufacturing industry is long, delivering goods is not in time, product quality is not good and resource are not used in reason. Because of the phenomena, products are not met the requirements of market and lack of market competition ability. For changing the situation, the development direction is building concurrent agility dynamic alliance of produc

Abstract Agile manufacturing concept requires an enterprise view and agility embodies concepts like rapid prototyping, reconfigurable equipment, design for upgradability, leveled production and continuous improvement to introduce new products to the market at an affordable price. An agile enterprise needs to consider shop floor issues as well. There is an increase in use of reconfigurable tooling in industries, and much of it is in need of integration. A need exists for improvement in building of production tooling which can be reconfigured when need arises with the smallest possible changeove

Abstract The problem under consideration is the cost estimation and consequent bid preparation for machined parts subcontracted to mechanical small and medium enterprises (SME). This activity, i.e. cost estimation and corresponding bid preparation, becomes more and more important due to the increasing and globalized competition in this market. There is, therefore, a clear need for precise and accurate cost estimation of machined parts in order for a small company to justify its prices. The proposed prototype software system is based (i) on a manufacturing feature based product description of t

Once the global leader in telecommunication systems and the Internet, over the past two decades the United States has fallen behind global competitors, and in particular China, in mobile communication infrastructure—specifically 5G and Internet of Things (IoT). This national failure, with the socioeconomic and geopolitical tensions that it creates, is not due to a lack of US government investment in the knowledge required for the mobility revolution. Nor is it because of a dearth of domestic demand for the equipment, devices, and applications that can make use of this infrastructure. Rather, t