Printing Cloud Research Articles

Research on Cloud Printing Technology Based on LBS and Knowledge Sharing

In cloud print, this paper USES block chain as the underlying technology, the implementation of large database to ensure the safety of mass data storage, and based on this foundation to carry out knowledge sharing service, easy to play article includes more than five thousand specialization vocabulary and its derivative data table, auxiliary ai machine training, in order to provide the knowledge in knowledge sharing service type map search, Expand the search range and precision by plane search, and build intelligent large screen. Cross-domain services result in a 40% conversion rate and a 4 times gross profit margin.

An effective application of 3D cloud printing service quality evaluation in BM‐MOPSO

SummaryAddressing service control factors, rapid manufacturing environment change, difficulty of resource allocation evaluation, resource optimization of 3D cloud printing service in a cloud manufacturing environment, and other characteristics, this paper proposes an evaluation indicator system of innovative new product development 3D printing order task execution. The evaluation indicator has eight dimensional components, including Time (T), Quality of Service (Q), Matching (Mat), Reliability (R), Flexibility (Flex), Cost (C), Fault tolerance (Ft), and Satisfaction (Sa). It constructs a type of optimal selection model based on a Multi‐Agent 3D Cloud Printing Service Quality Evaluation and a framework of cloud service evaluation of an AHP‐TOPSIS evaluation model based on Pareto optimization, and it designs an algorithm involving hybrid multi‐objective particle swarm optimization (PSO) based on the Baldwin Effect Model. In addition, this paper verifies the effectiveness of the algorithm through an example and offers a case study designed to test its feasibility and effectiveness.

The Entrepreneurship Exploration Based on The Platform of QQ & WeiChat Cloud Printing +

Under the background of Internet + background, college students' self-employment and flexible employment model have been widely supported and helped by the society, which has become an effective way to alleviate employment. This project is based on the "QQ & WeChat Cloud Printing +" platform, which is combined with professional expertise, through the cooperation and communication between the team members, undergo the project analysis, research and implement, has realized the preliminary entrepreneurship and reached the expected operating effect. The project can effectively motivate college students to combine their interests and talents to start their own businesses, and stimulate innovative thinking ability and improve students' employ ability.

Исследование архитектуры и основных технологий облачной печати кампуса университета

Исследование архитектуры и основных технологий облачной печати кампуса университета

Abstract API for 3D printing hardware and software resources

With this research, an implementation of an overlay and abstracting RESTful API (application programming interface) for 3D printers is proposed to expose these resources to the Internet for utilization within and for cloud services. This is to abstract the underlying communication structure and means for accessing and controlling a 3D printer resource in one of three ways. The first way is a proprietary protocol or a 3D printer driver in Microsoft Windows. The second way is the control via a USB-serial connection between a controlling computer and the printer resource. This protocol can either be in a proprietary format or based on open standards like G-Code (ISO 6983-1:2009). The third way of control is based on physical storage devices attached to the printer with machining instructions stored on them. This research excludes the communication and control means involving proprietary protocols or drivers due complexity restrictions within the implementation. The approach is designed with extensibility in mind so that future access to proprietary protocols can be added to the control API. 3D printer resources with only the third control method available are also excluded from this research due to their lack of remote controllability. This work describes the design and implementation of an abstraction API layer between varying software and hardware components with an extensible architecture for future hardware and software components for within the domain of additive manufacturing (AM). With this research, the connection to further cloud services as 3D printing resources as well as a cloud printing service for usage and control of this API is demonstrated. This enables the use of AM machinery within cloud or business process-oriented architectures as the AM machinery and the associated software are exposed in an abstract and unified way and usable as services.

Sensors on 3D Printers for Cloud Printing Service

In this paper the design and implementation of a sensor array suitable for 3D printers is presented. The sensor array includes sensors for motion/vibration, temperature, orientation and hygrometry. The sensor array is designed as an easily deployable, wireless sensor client-server system. The sensor data is used in a cloud based printing service as remote supervision capability. Users of the service are enabled to monitor the printing process and store associated sensor data for future use. Aggregated sensor data and print related data enable research on influencing ambient factors and quality control of the printing process. In future revisions this sensor system is intended as part of a closed-loop control system for 3D printers. The sensor nodes are based on off the shelf components for easy assembly and cost-sensitive deployment. The wireless connectivity also enables the system to be incorporated in other machinery on movable parts, in our research setting this is a CNC milling machine. This research is aimed to smartify existing machinery within the paradigm of Industry 4.0. The sensor data from 3D printers provided enables better control and supervision of the printing process.

Custom Cloud Printing Solutions from HP Labs

Commercial Color Digital Print has grown and matured over the last 20 years. Since its first public appearance in 1993, the technology has grown to B1 size sheets and rolls and has already surpassed offset quality. Both electrophotography and inkjet printing technologies dominated the 2012 Drupa show. So what is next for printing? In this talk, we will describe several Custom Cloud Printing Solutions and Incubations from HP Labs which may paint some color towards this future.

Managed Print Services: Technology and Solutions

Managed Print Services (MPS) represents an exciting growth segment for the print industry with an estimated global market of over 25 billion by 2014 (InfoTrends). More than just supplies and service contracts, MPS offers a holistic solution to the management of output technologies and workflows for organizations and companies of all sizes. MPS drives business process innovation by helping customers better manage the volume of documents flowing through their organization – and the costs associated with printing, sharing and updating them.From small businesses to global enterprises, MPS optimizes the configuration of increasingly heterogeneous print output infrastructures, while delivering change management support so customers can successfully adapt to new technology and streamlined work processes. The depth and breadth of the delivery of complex MPS solutions requires a high degree of business process automation delivered by specialized software tools to smoothly integrate and orchestrate efficient service delivery processes.The objective of this talk is to provide an overview of the key MPS processes and a survey of benchmark technology approaches used by leading OEM and application providers to address customer needs. The talk includes an up-to-the-minute overview of the methods, processes and technologies that are refocusing the print industry towards a service orientation, convergence with ITO and next generation commercial applications such as Cloud Print, Print as a Service and Hardware as a Service.