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It’s been several months since the release of DIGGS v1.1 this past April. At the roll-out meeting we had anticipated having a version 1.2 ready by July. However, the changes in version 1.2 have required far more analysis and work than originally anticipated.

Recall that DIGGS v1.1 primarily addressed domain-independent issues (i.e. XML and GML schema issues) and was not intended to be used in practice. DIGGS v1.2 would address domain-specific issues and overarching schema structural issues. A review period for v1.2 by a broad group of stakeholders would then lead to the release of DIGGS v2.0, the first public version for implementation.

A small DIGGS team (Loren Turner, Dan Ponti, and Chris Bray) has been holding weekly workshops online with the contractor from Galdos (David Burggraf) over the past several months. In addition, there were three online workshops conducted in June and July with the four primary software vendors (gINT, Keynetix, Dataforensics, and Earthsoft) to build consensus on schema design decisions, and assure that DIGGS is moving in the right direction for integration into commercial software. More recently, work has begun to evaluate the existing codelists in DIGGS in the context of lab testing. Much more work will be needed in this area for v1.2 and I will be reaching out to the DIGGS community shortly for some assistance.

We’ve been working on several key features to be implemented in the DIGGS v1.2 release, including:

• A consistent approach to encoding all tabular data (e.g. CPT, geophysical) in a DIGGS file, built from the GML 3.2 “coverage” schema. The current WITSML structure, although similar, will no longer be used in DIGGS.
• A revised approach for encoding the process of sampling separate from the sample information itself.
• A method for encoding trial pits, trench walls, and other surfaces.
• A revised structure of the lab testing schemas to clearly differentiate test procedures from the test results.
• A method for encoding compound coordinate reference systems (eg. NAD83 and NAVD88, or WGS84 and Mean Sea Level) so that GML-aware applications can process the spatial data.
• Further reducing the number of schema files required for DIGGS by eliminating most the WITSML schemas and only keeping those needed to handle units-of-measure standards.
• A cleaned up set of codelists throughout the schema.

In addition, work will begin shortly on developing two initial tools that should help the DIGGS community evaluate example DIGGS files when 1.2 is rolled out. This includes an Excel-based worksheet that will allow users to open and read a DIGGS v1.2 file without the need to understand XML syntax. The other tool will allow a user to transform a DIGGS file into a Google Earth KML file for spatial visualization of DIGGS elements (as shown in the screenshot), showing borehole path, sample locations, and layers. The feasibility of both tools has been explored by Galdos, and it looks promising. I believe these tools will help the team review DIGGS v1.2 during the next phase of the project. A couple of other tools will need to be developed as well, including a web-based, form-driven, type of tool to allow users to create DIGGS files from scratch. Also, the COSMOS team developed a visualization tool that displays DIGGS data in a more traditional boring log format (as shown in the screenshot). This tool will be modified when DIGGS v1.2 is released. Again, all of these tools are intended to help the user quickly see the types of data in a DIGGS file. We’re really counting on the commercial software vendors to implement the advanced tools to more effectively utilize DIGGS data in routine practice.

In summary, it’s taking quite a bit of time to work out a lot these details in DIGGS. But we’re making significant progress and appreciate the continued support of the DIGGS community.

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We are pleased to announce the release of DIGGS v1.1. This release includes a number of significant schema changes. The net result is a schema that is more robust and easier to use, far less complex in organization and file size, loads and validates much quicker, and is compliant with GML 3.2 standards.

DIGGS v1.1 primarily addresses domain-independent issues (i.e. XML and GML schema issues) that were identified following the release of DIGGS v1.0a. This is an interim release for use by the DIGGS team in review, and is not intended for broad implementation. An upcoming release of DIGGS v1.2 will address remaining domain-specific issues, and will lead to the release of DIGGS v2.0, the first public version for implementation.

New in DIGGS v1.1:

1. Fixed GML Object-Property rule
2. Fixed import/includes – no longer need OASIS catalog
3. Migrated DIGGS to GML 3.2
4. Implemented a GML profile for DIGGS
5. Reorganized to 5 namespace schemas with one file per namespace
6. Implemented gml:identifier and gml:id
7. Removed unnecessary abstract types
8. Implemented RIM for codelists in lieu of GML dictionaries.
9. Tabular data - retain existing structure, but implement code lists in v1.2 to restrict column types; removed generic table property; tables to be included under specific test features only
10. Geometry - Projects use reference point, linear extent, areal extent; Linear referencing gml method to reference positions in a borehole will be adopted in gml 3.3.
11. Metadata - AssociatedFiles, Roles, Remarks, Specifications, Equipment, BusinessAssociates, Contracts are cast as gml metadata so that gml aware applications will recognize those objects as metadata; No longer assigning metadata properties at the base level to prevent recursion; All features carry associatedFile, roles, and remarks metadata properties; All objects carry remarks metadata properties; All tests are features and carry specifications and equipment metadata properties as default.

The full DIGGS v1.1 schema package (including documentation, examples, and codelists) can accessed at:

http://schemas.diggsml.com/1.1/

The slides from the April 2010 presentation of DIGGS v1.1 can be downloaded in the attachments below.

The project schedule has been revised to reflect the current status of work.

The “Project Plan” (also referred to as the “Project Roadmap”) is presented in this document with details, tasks, and activities to be carried out for the remainder of the Transportation Pooled Fund Project TPF-5(111), “Development of Standards for Geotechnical Management Systems.” A draft version of this project plan was presented at a DIGGS team meeting in Orlando, Florida in late March 2009 (http://www.diggsml.com/march-2009-diggs-meeting-report-project-status-and-development-new-roadmap). Discussions and recommendations stemming from that meeting were used to revise the draft plan. Additionally, in the Summer of 2009, the DIGGS Project Team contracted with Galdos Systems and Compusult Ltd. to carry out independent reviews of DIGGS version 1.0a schemas (http://www.diggsml.com/diggs-project-team-contracts-galdos-systems-and-compusult-ltd-carry-out-review-diggs-version-1-0a). The recommendations stemming from this review were also used to identify tasks.

The Project Plan can be downloaded below. (NOTE -- You'll need to login to the site to see the download link.)

DIGGS needs to develop a sustainable governance structure that can be responsible for the standard, manage maintenance and support, provide a structure for input and new releases and provide a mechanism for keeping the standard international and collaborative. Resulting from the GMS meeting in Orlando, March 25 & 26, 2009, a task committee was assigned to develop and present options for a governance model. The models need to allow for a smooth transition from the current pooled fund (TPF) organization to one that provides long term stability.

The final report can be downloaded below. (NOTE -- You'll need to login to the site to see the download link.)

The DIGGS Project Team contracted with Galdos Systems and Compusult Ltd. to carry out independent reviews of DIGGS version 1.0a. The objectives of this work were to:

(1) Assess the current implementation of DIGGS with GML. (Were GML standards, conventions, best practices, and patterns implemented correctly? Was the appropriate version and/or variation of GML used based upon the requirements of DIGGS?)

(2) Assess if the goals of the DIGGS standard is best implemented as a GML application schema, or if other encoding standards (both GML and non-GML) should be considered.

(3) Assess the strategy that was used in the organization and composition of schema objects and files in the context of the physical observations and data that DIGGS is trying to capture. (Is the schema too decomposed, or appropriate given the requirements of DIGGS?)

(4) Assess the core issues recently documented by the DIGGS Project Team on the discussion forums and at the March 2009 DIGGS meeting in Orlando.

(5) Consider other issues, as appropriate, that may not have identified by the DIGGS Project Team, that exist with the schema design that may impact its application.

Final reports from Galdos and Compusult with findings and recommendations can be downloaded below. (NOTE -- You'll need to login to the site to see the download links below.) These reports will form the basis for work to be conducted later this year. A synthesis of the findings is also available for download.

The DIGGS team met in Orlando, Florida in late March 2009 to assess the current state of DIGGS development and identify the path forward for development and deployment. A copy of the agenda, presentations, and papers can be found in the "Publications" section of this site (http://www.diggsml.com/publications/diggs-invitational-meeting-%E2%80%93-report-project-status-and-development-new-roadmap).

This invitational meeting was held to inform stakeholders on the current status of DIGGS development, identify technical and organizational barriers, and establish a roadmap for the remaining work.

DIGGS is being developed through the Transportation Pooled Fund Study (TPF 5(111)) coordinated by the Ohio Department of Transportation (ODOT). The focus of the TPF project is to compile the standards development work of the AGS, COSMOS, the University of Florida, and others to create a new international data exchange format. The project, “Development of Standards for Geotechnical Management Systems, Project TPF-5(111),” was approved and funded in the Summer of 2005 at a funding level of approximately $700k over three years to develop the first release of DIGGS.

The DIGGS development effort has been a challenging one over the past few years. There has been a great deal of progress and accomplishments to date, however, a substantial amount of work still remains. As we're approaching the end of the DIGGS v.1 release review period, it is apparent that the level of review and extent of participation during this phase has been limited and insufficient to assess the true readiness of the standard. Furthermore, many have raised concerns regarding the development of DIGGS, some related to technical data model aspects, while others related to organizational issues and how the work is being carried out. It will be important at this meeting come to some understanding on these key project-level issues:

• Re-evaluate our goal for this project. What constitutes success for us? When will we know we've achieved it? What do you expect to get in return from your investment of funds/resources/time in this project?
• Establish a roadmap to achieve the goal. Define the tasks, the milestones, their deliverables, and the costs. Identify how this will get done, and when.
• Identify tools. What types of tools do DIGGS stakeholders need to actively participate in the development and implementation process?
• Reconsider the governance structure. Are there other organizational approaches to enhance partnerships with Pooled Fund Team, AGS, COSMOS, and the commercial software partners to maximize leveraging opportunities and align common needs?
• Reconsider the breadth of data types in DIGGS. Are we trying to capture too many data types through the SIGs?
• Consider enlisting a larger pool of technical experts. Do we need more technical folks involved with the development of the data model and schema?