How Column reference in all Tables in Sql Server

SELECT obj.Name SPName, sc.TEXT SPText

FROM sys.syscomments sc

INNER JOIN sys.objects obj ON sc.Id = obj.OBJECT_ID

WHERE sc.TEXT LIKE '%' + 'Email' + '%'

AND TYPE = 'P'

Related Searches : Query for Table Column reference in all Tables in Sql Server .

How to Find Column reference in all Procedures in Sql Server

SELECT obj.Name SPName, sc.TEXT SPText

FROM sys.syscomments sc

INNER JOIN sys.objects obj ON sc.Id = obj.OBJECT_ID

WHERE sc.TEXT LIKE '%' + 'CreatedBy' + '%'

AND TYPE = 'P'

Related Searches : Find the column reference in stored procedure Sql server.

How to insert bulk data in Oracle

Just use @ symbol and path of the sql.

@"C:\database\importData.sql"

Related Searches : Oracle bulk data insert out of memory error,Import sql out of memory error solve,bulk data insert in Oracle.

How to Create a Procedure with Single Column Output

create or replace PROCEDURE CaseWhenExample(dtType in number,outputResult OUT SYS_REFCURSOR) is

BEGIN

OPEN outputResult FOR

select Name from student

END;

Related Searches : Oracle single column cursor result in Stored Procedure, Make Stored Procedure for single column output.

How to call Procedure in Oracle

var c refcursor;

execute pkg_name.get_user('14232', '15', 'TDWL', 'SA', 1, :c);

print c;

Related Searches : Oracle Procedure call using command , Stored procedure call using cursor in Oracle.

Oracle if table not exist create or Delete

declare

   c int;

begin

   select count(*) into c from user_tables where table_name = upper('table1');

   if c = 1 then

      execute immediate 'drop table table1';

   end if;

   execute immediate 'CREATE table table1 (pkey NUMBER)';

end;

Automatic Segmentation of the Pulmonary Lobes From Chest CT Scans Based on Fissures, Vessels, and Bronchi Matlab Code

Abstract

Segmentation of the pulmonary lobes is relevant in clinical practice and particularly challenging for cases with severe diseases or incomplete fissures. In thiswork, an automated segmentation approach is presented that performs a marker-based watershed transformation on computed tomography (CT) scans to subdivide the lungs into lobes. A cost image for the watershed transformation is computed by combining information from fissures, bronchi, and pulmonary vessels. The lobar markers are calculated by an analysis of the automatically labeled bronchial tree. By integration of information from several anatomical structures the segmentation is made robust against incomplete fissures. For evaluation the method was compared to a recently published method on 20 CT scans with no or mild disease. The average distances to the reference segmentation were 0.69, 0.67, and 1.21 mm for the left major, right major, and right minor fissure, respectively. In addition the results were submitted to LOLA11, an international lung lobe segmentation challenge with publically available data including cases with severe diseases. The average distances to the reference for the 55 CT scans provided by LOLA11 were 0.98, 3.97, and 3.09 mm for the left major, right major, and right minor fissure.

Moreover, an analysis of the relation between segmentation quality and fissure completeness showed that the method is robust against incomplete fissures.

Demo

Code Price : 2500 Rs /-

Matlab code is Available..

Contact : ieeematlabcode@gmail.com