Introducing the XCaliber Programming Facility
A Unified Development Platform.
This system is designed to efficiently implement Hyper Ledger Chain Code and to provide a New Marketplace for your work!
The XCaliber HyperLedger provides for multiple ledgers, nodes, block chains, categories, folders and chain code applications. Any type of file can be transferred into any container in the ledger using a standard drag-and-drop or file upload dialog. This can also be a database used by a Chain Code Program. The built-in HyperLedger Browser provides a chronological review of the ledger contents. Searching the HyperLedgers matches the request across all ledgers including your XCaliber/Contact Information System (CIS).
Shown here is an XCaliber HyperLedger.
It consists of Block Chains, Channels, Contacts, Memberships, Transactions with Poly-Marketing Supply Chain Logistics and Inventory Control System (ICS) Media Components.
It also has an XCaliber Chain Code Program (XCC) called the “XCaliber HyperLedger Explorer” which expands the HyperLedger for viewing in a separate web browser tab or mobile phone panel. These are the types of application programs the Java Chain Code Developer writes. You have complete control of the HyperLedgers and their contents. There is unrestricted database and network access. Migrating legacy applications to this new technology should be a little less daunting than the other block chain frameworks,
A/I Integration for Java Chain Code Programs
The XCaliber Neural Synaptic Network (XNSN)
XPF includes a fully integrated Neural Synaptic Network for developing Artificial Intelligence applications using XCaliber Java Corelets. The XCaliber NSN is a Cross-Bar Synaptic Network designed to mimic the parallel processes of the human brain’s Dendrites, Axons, Neurons, Buffers and Networks. The central differences between a Neural Network (N-N) and a Neural Synaptic Network (N-S-N) lies in the Layered design vs. the Cross-Bar design and the neologism process used in teaching the application model, as opposed to the Large Language Modelling (LLM) data reduction algorithms used to repeatedly train an application’s weighted averages based upon ever-changing referencing materials.
XCaliber Corelets can be distributed – Dynamic Chain Code Applications connected to one Service Center can establish Conduit Connections with remote Service Centers and Corelets. For example: Connecting to a Service Corelet to calculate the actual distance between geolocations using the Haversine Formula and to deliver optimal turn-by-turn travel directions, weather reports, lodging, entertainment, etc. And to maintain this information in XCaliber HyperLedger Block Chains.
This is the program trace output of the NSN Blueprint which implements a Corelet with two interconnected Cores to mimic an echo. The source code can be seen under the Blueprint menu. Run the Echo Corelet Program to see how they interact.
(Mobile phones should view this in landscape mode.)
The Neural Network Model (N-N) In Review
Generalized Neural Networks consist of inter-connected processing nodes applying a series of weights to generate outputs. For example: Matching job skills to candidate skills weighing which skills are of more importance than others to determine the best job-to-candidate skills match.
It is noteworthy that the typical Neural Network operates in Forward and Backward (optional) Propagation modes, whereas, the XCaliber Neural Synaptic Network can, in addition, operate in a Top-To-Bottom Cascade mode to perform vertical execution of a Cross-Bar Core within the application model.
A/I Migration Factorials
Migrating from Neural Networks (NN) to XCaliber Neural Synaptic Networks (XNSN) is an opportunity to deploy Web 3.0 Services integrated with new A/I functionality. In addition, XCaliber Corelets can be easily distributed – Dynamic Chain Code Applications connected to one Corelet Service Center can establish Conduit Connections with remote Cognitive Service Centers, their resident Corelets, XCaliber HyperLedger Repositories and SQL databases.
For example:
Cognitive Service Centers could provide electrical engineering computations, mathematical formulas, algorithms, calculus, integral equation problem solving, and data management processes.
Connecting new Internet-of-Things (IoT) devices to a Service Center for Data Acquisition; Performance Monitoring for availability, reliability and scheduling service requirements.
Connecting to a Service Corelet to calculate the actual distance between geolocations (Longitude and Latitude) using the Haversine Formula and to deliver optimal turn-by-turn travel directions, weather reports, lodging, entertainment, anticipated expenses, etc. And to maintain this information in XCaliber HyperLedger Block Chains fully available to XCaliber Chain Code (XCC) Java Programs and the XCaliber Network Unified Application Platform.
Generally, the TensorFlow system is an installable Python package and the XCaliber Neural Synaptic Network (XNSN) is a Built-In Java package available online. No need to download, install and maintain a localized installation.
Proprietary Ownership – The XCaliber Neural Synaptic Network (XNSN) Nucleus can also be custom installed on your infrastructure for complete privacy and control.
Check-out the video library!
XPF-UDP is a Cloud Based subscriber service.
It implements the well known Java programming language to develop the new Chain Code Application Programs.
The system provides access to the XCaliber HyperLedgers and Advanced Block Chains, access to any Database, and internet port.
Integrated into the Java programming environment is the XCaliber Neural Synaptic Network (XNSN) for developing Artificial Intelligence solutions.
Part of the Unified Platform for developers is The XCaliber Data Library (XDL) which provides SQL Database Administration, as well as, Dataset Management Services.
For productivity, XPF implements a set of Blueprints for developing your new Chain Code Programs.
XPF-UDP Advantages
- Emerging Marketplace – Publish your Chain Code Programs in the XCaliber Chain Code Store (hybrid.xcaliber.network) and receive subscription revenues direct from consumers.
- Fully integrated Neural Synaptic Network for Artificial Intelligence applications.
- Self-Documenting – Screen Displays, Source Codes, Database Fields, Dataset Catalog, Messages & Codes, and more in a PDF. High quality documentation for complete turnkey requirements.
- Portability Backup – Complete backup of your source codes, database definitions and database contents in a ZIP file.
- Auto-Recovery – (Optional) If the current version of your program crashes, the system will immediately report the error condition, and revert (rollback) to using the prior program version.
- Developer Profile – Your profile is listed at hybrid.xcaliber.network for potential customers to peruse.