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Copyright 2016
by SuperSonic Imagine S.A.
All rights reserved
Printed in 2016
Research Guide
SSIP01143
Revision 05A
November 2016

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Summary of Contents for aixplorer SonicResearch SSIP01143

  • Page 1 Research Guide SSIP01143 Revision 05A November 2016 Copyright 2016 by SuperSonic Imagine S.A. All rights reserved Printed in 2016...
  • Page 3: Table Of Contents

    Saved data ............16 3. Advanced Research Package ..19 Introduction and Functionalities ....21 Recommendations and Important Information About Aixplorer Research Package ... 21 Non-diagnostic Use ..........21 Patient Safety ............. 22 Patient Data Protection ........22 Clinical Data Export (optional) ....23 Exporting Clinical Measurements ......
  • Page 4 Connecting to Aixplorer ........27 Available Remote Controls ........29 Remote Access to the System ....35 Sequence Library ..........35 Sending a Research Sequence ....... 36 Research Sequence Graphical User Interface ..36 Triggering a Research Sequence ......37 FTP Access to Raw Data ........
  • Page 5: Welcome

    1 Welcome! Aixplorer® Research Guide...
  • Page 6 Aixplorer® Research Guide...
  • Page 7: Sonicresearch ............................... 5

    Carefully read the User's Guide for important information regarding the use and safety of the product. The Aixplorer® system has been designed with the safety of the operator and patient in mind. However, the SonicResearch™ package can be used for research protocols only and must not be used to perform clinical diagnosis.
  • Page 8 Aixplorer® Research Guide...
  • Page 9 2 SonicResearch Aixplorer® Research Guide...
  • Page 10 Aixplorer® Research Guide...
  • Page 11: Introduction

    Introduction Description of the SonicResearch™ application SonicResearch™ is a preset for Aixplorer®, under the General application. The Research preset can be used for research protocols only and must not be used to perform clinical diagnosis. The Research preset may be used with the SL18-5, SL15-4, SC6-1, XC6-1, SLV16-5, SL10-2 and SE12-3 probes.
  • Page 12 Total number of images for one acquisition. The maximal depth of the image may decrease with the total number of images. • (Pulse Repetition Frequency or frame rate) Inverse of the time interval between two acquired frames. Aixplorer® Research Guide...
  • Page 13: Trigger Parameters

    The beginning of the acquisition of an ultrafast sequence can be synchronized with an external device using electronic signals. Your Aixplorer system with the research package option can be equipped with an additional triggering module that has input/output connectors for BNC cables.
  • Page 14: Choosing The Research Application

    The probe menu is displayed 2. Touch the General 3. On the General tab, touch one of the Research presets. The system initializes the Research preset and goes back to live B- mode. Aixplorer® Research Guide...
  • Page 15: Acquisition

    Saving data 1. Insert a USB stick in the system 2. Touch Sys.Config. 3. Wait for the USB icon to appear in the notification area (main display) 4. Click on Export data to USB device Aixplorer® Research Guide...
  • Page 16: Saved Data

    After the export on the USB stick, the data will be deleted from the system. Saved data The data are saved and archived into a .tar file. A directory Aixplorer → Research is created on the USB export device. .tar file named...
  • Page 17: Focused B-Mode

    Number of half cycles Sum of the number of positive and number of negative square pulses. • Tx Freq Transmit frequency (MHz). The maximal depth of the image decreases with the value of the transmit frequency. • Nb transmit Aixplorer® Research Guide...
  • Page 18: Choosing The Research Application

    The probe menu is displayed 2. Touch the General 3. On the General tab, touch one of the Research presets. The system initializes the Research preset and goes back to live B- mode. Aixplorer® Research Guide...
  • Page 19: 2D Acquisition

    Store Research 3D BMode Saving data 1. Insert a USB stick in the system 2. Touch Sys.Config. 3. Wait for the USB icon to appear in the notification area (main display) 4. Click on Export data to USB device Aixplorer® Research Guide...
  • Page 20: Saved Data

    After the export on the USB stick, the data will be deleted from the system. Saved data The data are saved and archived into a .tar file. A directory Aixplorer → Research is created on the USB export device. The .tar file is named as follows: year_month_day_hourminutesec_millisec_ research_data.tar Within the .tar archive, two files are created per acquired dataset:...
  • Page 21 • sampling parameters The two files can then be exploited with any programming language. CAUTION All USB devices must be formatted in NTFS (large files support). For more information on the SonicResearch™ package, contact your SuperSonic Imagine local representative. Aixplorer® Research Guide...
  • Page 22 Aixplorer® Research Guide...
  • Page 23: Advanced Research Package

    3 Advanced Research Package Aixplorer® Research Guide...
  • Page 24 Aixplorer® Research Guide...
  • Page 25: Introduction And Functionalities

    Non-diagnostic Use All features included in the research package are intended for research purpose only and are not intended for diagnostic use. A clear warning message is displayed on Aixplorer main screen when research features are in use: Aixplorer® Research Guide...
  • Page 26: Patient Safety

    In practice, if you want to forbid remote access to any of the research data labelled with patient name shall require a de-activation of the ftp feature and perform raw data export through USB. Another solution is to perform research acquisition without logging patient name on the system. Aixplorer® Research Guide...
  • Page 27: Clinical Data Export (Optional)

    (distances, Q-Box…) on a given subset of patient exams. To perform a clinical data export: 1. Plug a USB device on your Aixplorer; 2. Press review on the control panel; 3. Select patients you are willing to export;...
  • Page 28: Exporting Raw Swe Data With Dicom

    Figure 3.2. Clinical data export main display Exporting Raw SWE Data with DICOM Raw SWE data are systematically embedded when clinical images are exported in DICOM format. You can open raw data using Matlab routines. Aixplorer® Research Guide...
  • Page 29 Figure 3.3. SWE data extracted from DICOM export. Full B-mode image (dB) Figure 3.4. SWE data extracted from DICOM export. SWE map in kPa Aixplorer® Research Guide...
  • Page 30: Remote Access To The System With Matlab

    Matlab DicomQ package The DicomQ package extracts the quantification data from elastographic images exported using the DICOM export from the Aixplorer. The quantification data are stored in a private tag in the DICOM image. This packages contains: • DicomQ.m: main Matlab function reading the Dicom private tag and extracting the SWE data •...
  • Page 31: Requirements

    An exhaustive list of available commands is presented on the next sections. Connecting to Aixplorer Aixplorer and the control PC needs to be connected on the same network. To configure network, please refer to Aixplorer main user’s guide. After the network connection has been setup, the remote connection is established by: 1.
  • Page 32 Figure 3.5. Access to system configuration (touch screen) Figure 3.6. Activating remote control and FTP on the server Aixplorer® Research Guide...
  • Page 33: Available Remote Controls

    >> initRemote; % to add required paths >> srv = remoteDefineServer('extern', IPAddress, 9999); where IPAddress is a string containing Aixplorer IP address. For instance, if the IP address is 192.168.1.1, then define IPAddress as: >> IPAddress = ‘192.168.1.1’;...
  • Page 34 User Control Commands FREEZE/UNFREEZE Control Aixplorer scanning state (live or scanning, frozen or not scanning) or server ‘srv’. >> ack = remoteFreeze(srv,option); Available option values are: • 0: force freeze; • 1, force unfreeze; • 3: force change state (freeze => unfreeze, or unfreeze => freeze);...
  • Page 35 Get a screenshot of Aixplorer display (screenImg), along with geometric registration information (info). Note that only the imaging area is exported. Patients data and imaging information are not exported. See specific section for details about the ‘info’ structure. Figure 3.8. Screenshot sample (B-mode)
  • Page 36 Figure 3.9. Raw B-mode image export Other modes can be captured and displayed (use Matlab help for more information): • getColor & displayColor (color flow imaging); Figure 3.10. Raw Color frame export sample • getSWE & displaySWE (shear wave elastography); Aixplorer® Research Guide...
  • Page 37 (‘info’ structure). The geometric information differs depending on transducer types: • Cartesian geometry for linear transducers; • Polar geometry for curved and phased transducers; Aixplorer® Research Guide...
  • Page 38 For this type of geometry, a given image is described with the following parameters: • position: the position of the upper left pixel in mm and degree [r0 a0]; • scale: pixel size in mm and degree [axial lateral]; Aixplorer® Research Guide...
  • Page 39: Remote Access To The System

    Figure 3.14. Polar coordinate representation Remote Access to the System Aixplorer Research package is equipped with the capability to trigger non diagnostic custom ultrasound sequences (or acquisitions). Two types of acquisitions are available: • B-mode research acquisitions (ultrafast plane wave imaging);...
  • Page 40: Sending A Research Sequence

    This will return a list of sequences with a short description and type (‘bmode’ or ‘swe’) for each. To send a sequence in the list (for instance the 2nd one): >> ack = manageSequences('send_sequence','SL15-4',1,srv); Research Sequence Graphical User Interface You can manage research sequences using dedicated graphic interface. Aixplorer® Research Guide...
  • Page 41: Triggering A Research Sequence

    Figure 3.15. Graphical user interface for research sequence management To send a specific sequence with this interface, the following steps have to be performed: 1. Activate remote access on the server (Aixplorer system) 2. Fill IP address of the targeted system 3. Press the Connect button 4.
  • Page 42: Ftp Access To Raw Data

    Figure 3.16. Research Acquisition button (B-mode type) FTP Access to Raw Data Research raw data are stored on Aixplorer hard drive and can be downloaded using ftp access. Any ftp client can be used to access those data using Aixplorer IP address.
  • Page 43: Opening Swe Raw Data With Matlab

    Info.r0: radial position of the upper left corner in mm (relatively to the probe first element) Info.PRF: PRF in fps Info.SoundSpeed: speed of sound used in TX/RX beamforming (m/s) Info.Info.PushLines: lateral position of the successive pushing line in pixels Info.PushFocus: per push line depth focii in mm Aixplorer® Research Guide...
  • Page 44: Aixplorer Specifications

    • Fusion (additional option) Transducers Single Crystal Curved XC6-1 • Number of elements: 192 • Bandwidth: 1-6 MHz • Applications: Abdominal, Genitourinary, OB-GYN, Pediatrics, Thyroid, General SuperLinear™ SL18-5 • Number of elements: 256 • Bandwidth: 5-18 MHz Aixplorer® Research Guide...
  • Page 45 • Applications: OB-GYN, Genitourinary, General SuperEndocavity™ Volumetric SEV12-3 • Number of elements: 192 • Bandwidth: 3-12 MHz • Applications: OB-GYN, Genitourinary, General Single Crystal Phased Array XP5-1 • Number of elements: 96 • Bandwidth: 1-5 MHz • Applications: Vascular, Abdominal, General Aixplorer® Research Guide...
  • Page 46 • Number of elements: 192 • Bandwidth: 3-12 MHz • Applications: Pediatrics, Vascular, General SuperLinear™ SL22-7lab • Number of elements: 256 • Bandwidth: 7-22 MHz • Applications: General, Research For research on small animals, not approved for human use Aixplorer® Research Guide...
  • Page 47 SuperSonic Imagine, S.A. Les Jardins de la Duranne - Bât. E et F 510 rue René Descartes F - 13857 Aix-en-Provence, Cedex - France Telephone: +33 (0)442 99 24 32 Fax: +33 (0)442 52 59 21 Email: contactsFR@supersonicimagine.fr...

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