Secretariat: 
Chinese Society for Optical Engineering: Yu Bai 
Tel: 010-63726007,Email: by@csoe.org.cn

Materials required for Australian visa:

1.Personal data form
2.Color printout of the first page of the passport and all entry and exit records inside
3.Two 2-inch color white background photos
4.Color vertical copy of ID card household registration booklet
5.English certificate of incumbency (signed and sealed by the leader)
6.Copy of business license with official seal
7. Half-year bank turnover and balance of more than 50,000
8.Color copy of the car book, deposit certificate, etc
9.Married people need a color copy of the marriage certificate
10.Color copy of the entire household registration booklet

Hotel recommendation information

WechatIMG1309 1
Holiday Inn Darling Harbour

Booking Method:

Contact travel agency to make a reservation before May 9, 2023, all roomrates must be paid in advance, and cancellations are not supported.

Hotel Address:

Holiday Inn Darling Harbour-68 Harbour Street, Darling Harbour, Sydney NSW_2000, Australia

(600m from Building 8, University of Technology Sydney,7 minutes’ walk).

Room Type & Price:

1) Single Room (with breakfast): A$270

2) Double Room (two breakfasts): A$295

Payment Method:

Bank Details

Please make payment to following account

ANZ Bank

BSB: 012-010

Account Number: 197856565

Account Name: Winglong Travel Pty Ltd

Invoice:

The room fee is paid to the travel agency, the travel agency issues an invoice on behalf of the hotel, and the invoice content is: X night hotel booking fee for $XXX.

Reservation Contact (Travel Agency):

Contact: Shirly Pan

WeChat: ssdcbma

Contact: +61433405910

Email: shirleypan@winglong.com.au

 

 

Mercure Sydney

www.mercuresydney.com.au

Booking Method:

Send an email reservation to the hotel email before May 9, 2023, you need to fill in the following form and attach it to the email, credit card guarantee, no need to pay a deposit, pay the room rate on the spot, if you  need to cancel your booking, please inform the hotel in advance otherwise penalties may apply 
(Please refer to the cancellation policy you receive from the hotel with your booking . )

Hotel Address:

818-820 George Street, Sydney NSW 2000, Australia

(450m from Building 8, University of Technology Sydney,5 minutes’ walk)

Room Type & Price:

Standard Queen Room (one breakfast): A$260
Twin Room (without breakfast): A$260 (extra $25 per person for breakfast).
King Room (one breakfast): A$270

(Terms and Conditions - This price only applies to a total of 100 rooms and up to May 9, 2023)

Form to be filled out for hotel reservation:

Mercure Sydney - 818 George Street Chippendale

Bookings can be made via Mercure Reservations 029217 6797 or email H2073@accor.com

First Name

 

Surname

 

Room type eg,Queen, King, Twin

 

Number of Guests

 

Email Address

 

Phone Number

 

Arrival Date

 

Departure Date

 

Credit Card with Expiry date

 

Preferential code is UTSIBMD020623

 

Invoice:

An official invoice will be issued by the hotel

Hotel Email:

Bookings can be made via Mercure Reservations+61 2 9217 6797 or email H2073@accor.com


   Payment Notice.pdf
   General job template.docx
   Visa Application.doc
   Invitation Letter of CITA2023 .pdf
   CITA2023 Conference Manual.pdf
 

Conference Registration

1.Registration English Website：https://b2b.csoe.org.cn/registration/CITA2023_en.html
  Registration China Website：https://b2b.csoe.org.cn/registration/CITA2023.html

2.Conference Fee（If attending IBMD conference，will have a 10% discount on CITA conference fee ）

Student conference fee：A$1100/5000yuan（Early Bird before 1st May)

General conference fee：A$1300/6000yuan（Early Bird before 1st May)

Student conference fee：A$1300/6000yuan

General conference fee：A$1500/6800yuan

3.Payment Type（Please note your name and unit when you pay）：

 1）Remittance transfer
Name & Address：CHINESE SOCIETY FOR OPTICAL ENGINEERING/NO.1 BLDG HAIYING ROAD FENGTAI DISTRICT BEIJING CHINA

Number：0200296409200177730

Account Opening Bank：Industrial and Commercial Bank of China Limited Beijing Science and Technology Park Sub-branch（中国工商银行股份有限公司北京科技园支行）

Bank Number：102100029646

Corporate Organization Code：71784043-7

SWIFT CODE:ICBKCNBJBJM

 2）Online Payment

After registration, you can jump to the online payment page, choose "Alipay" to complete the payment online

4.Conference Registration Fee Refund

The registration fee can be refunded in full 2 weeks (14 days) before the meeting, and refunds will no longer be supported for meeting costs incurred over 2 weeks

5.Conference Registration Fee Invoice

Conference registration fee invoices will be processed centrally two weeks before and one week after the conference
Meeting does not support on-site payment！

 

Submission: https://b2b.csoe.org.cn/submission/CITA2023.html
Please submit a 300-500 words abstract in English for technical review purposes that is suitable for publication. If accepted, the contact author will receive notification of acceptance by email. Before you submit the abstract, Please refer to the following examples.

   Author_specification.doc

Submission Deadline: 25 April

Supported Journals:
PhotoniX (SCI),Opto-Electronic Advances (SCI), Photonic Sensors (SCI),  SPIE Proceedings (EI), Journal of Infrared and Millimeter Wave (SCI), Infrared and Laser Engineering (EI), Optical Precision Engineering (EI), Journal of Photonics (EI), China Optics (EI), Journal of terahertz Journal of Science and Electronic Informatics (Chinese Core), Journal of Semiconductors (EI)
Template:   Poster-Template--80cmx90cm.pptx 
90cm(height)× 80cm(width)

SPIE full text upload URL：https://spie.org/account/login/?redir=/submissions/submit/Overview.aspx%3fEventID%3d2681953
Deadline：30 June 2023
Template:   Manuscript Template EN.doc

Topic 1: Basic theory of computational imaging
•Physical model of computational imaging optoelectronic systems
•Design of inverse problem algorithms for computational imaging
•Design of the computational imaging architecture system
•Information theory of computational imaging system
•evaluation of the computational optical imaging system

Topic 2: Scattering imaging and non-horizon imaging
•The propagation and regulation of light in the scattering medium
•Imaging by a penetrating scattering medium
•Reflectance scattering imaging / non-horizon (corner) imaging
•Adaptive optics coupled with wavefront shaping
•Time inversion imaging 

Topic 3:3Dimaging
•Structured-light 3D imaging
•Digital image related
•Phase measurement by deflection was performed
•Camera array imaging
•Integrated imaging with optical imaging
•Stripe Projection Profile Art
•Photogrammetric technology
•During flight, between-time imaging
•Laser rader technique

Topic 4: Polarimetry and polarization imaging
•Polarization parameter measurement and calibration
•Polarization gating imaging
•Polarization 3D imaging
•Polarized biological microscopic imaging
•Polarization target detection and imaging

Topic 5: Holography and phase imaging
•Holographic interferometry
•digital holography
•Phase recovery
•Quantitative phase imaging
•Light intensity transport equations for imaging
•Lamination imaging together with Fourier lamination imaging
•Diffraction tomography
•Lensless imaging was performed


Topic 6: Multi-band imaging and computational spectral imaging
•Infrared / microlight computational imaging
•For THz computational imaging
•Computational multi / high / superspectral imaging techniques
•The aperture was coded for imaging
•Wavefront encoding imaging
•Super resolution imaging
•Advanced spectrometer design
•Spectral data processing and analysis
•Visible light/infrared image fusion

Topic 7: Single-pixel imaging and single-photon imaging
•Basic theory of association imaging
•Calculate association imaging
•Single pixel imaging
•Single photon imaging
•Single-photon lidar
•Quantum imaging
 
Topic 8: Micro-nano optics and computational imaging
•Multi-dimensional light field modulation based on micro-nano optics
•Diffraction optics and computational imaging
•metasurface and metalens
•Computational imaging based on artificial micro micro-nano structures
•Liquid lens and computational imaging 

Topic 9: Biomedical and Computational Imaging
•Super-resolution microscopy-based imaging
•Deep penetration microscopy imaging
•Markless microscopy
•Echography
•Photoacoustic imaging / radioacoustic imaging / thermoacoustic imaging
•Light manipulation with optical tweezers
•Coherence tomography
•Tomography imaging
•NMR-imaging 

Topic 10: Artificial Intelligence and Computational Imaging
•Artificial intelligence and deep learning technology
•An Imaging System Design based on Deep Learning
•Computational imaging reconstruction based on deep learning
•Optical neural network
•Optical computing works with a photonic chip
•Intelligent imaging electronics and detectors
•Computational imaging is supported by big data 

Topic 11: Frontier issues in computational imaging
•SWaP Minimalist Optical System Design
•Ultra-fast computational imaging
•Bionic computational imaging
•Complex manifold detector
•Photoelectric integrated computational imaging system
•Computational imaging is supported by big data
•Distributed computational imaging
•Multi-media fusion imaging


Plenary Reports (Update,in alphabetical order)
1、Andrew Kingston (Australian National University) — Ghost imaging and tomography with x-rays and neutrons
2、Robert McLaughlin(University of Adelaide, Australia) — Miniaturized imaging probes: Bringing optics deep inside the body 

3、Ann Roberts (University of Melbourne) — meta-optics for all-optical real-time image processing
4、Xin Yuan (Westlake University) — Snapshot Compressive Imaging
Topic Reports (Update,in alphabetical order)
1、Liangcai Cao (Tsinghua University) — Lensless imaging based on compressive sensing and deep learning
2、Gang Chen (Chongqing University) — Super-resolution imaging based on new type of metalenses
3、Xueli Chen (Xidian University) — Projection tomography based computational Raman imaging
4、Zhongtao Cheng (Sichuan University) — High gain and high speed wavefront shaping through scattering media
5、Shijie Feng (Nanjing University of Science and Technology) — High-speed real-time structured light 3D imaging using deep learning
6、Changliang Guo (Peking University) — Large field of view miniature microscope for wired and wire-free imaging of neural dynamics in freely behaving animals
7、Zehao He (Tsinghua University) — Coded aperture-based compressive data page for optical data storage
8、Ryoichi HORISAKI (The University of Tokyo,Japan) — Computational imaging with randomness
9、Chunguang Hu (Tianjin university) — Recent developments of reflectance difference microscopy for low-symmetrical two-dimensional materials
10、Tong Ling (Nanyang Technological University) — Harnessing Electromotility and High-Speed Interferometry for Next-Generation Functional Neuroimaging
11、Shuang Liu (Shanghai Institute of Optics and Fine Mechanics, the Chinese Academy of Sciences) — Micro-vibration Mode Imaging based on the Coincidence Imaging
12、Takanori Nomura (Wakayama University,Japan) — Phase-modulated digital holography: a parallel phase-shifting and single-pixel imaging
13、Hiromasa Oku (Gunma University,Japan) — Simultaneous imaging of arbitrary focus and gaze-direction based on nanoseconds exposure timing control
14、Zong Qin (Sun Yat-Sen University) — Beyond twofold bandwidth of integral imaging photography and display enabled by intrinsic incoherent synthetic apertures
15、Junfei Shen(Sichuan University) — Learned NIR&VISCAM: multi-spectral fusion for large depth-of-field computational imaging
16、Ke Si(Zhejiang University) — Deep tissue focusing through dynamic scattering media
17、Scott Tyo（Monash University,Australia) — Adaptive Channeled Polarimeters
18、Fan Wang (Beihang University) — Super-resolved photonic force microscope for ultrasensitive force sensing in water
19、Jiamin Wu (Tsinghua University) — Scanning light-field microscopyJing Yuan (Huazhong University of Science and Technology) — Deep self-learning enables volumetric fluorescence microscopy with isotropic resolution
20、Zhoujie Wu(Sichuan University )— 3D shape, deformation and strain measurement on complex structure using DIC-assisted fringe projection profilometry
21、Chao Zuo(Nanjing University of Science and Technology) — Intensity Diffraction Tomography
 

Sponsor：
The Chinese Society of Optical Engineering (CSOE)
University of Technology Sydney
Organizers：
Nanjing University of Science Technology
Tsinghua University
Xi Dian University Hangzhou Institute of Technology LUSTER LightTech Co., Ltd.
Computational Imaging Committee, CSOE
Australia High-Tech Industrialization Association (AHTIA)
Steering Committee：
David Brady, University of Arizona, USA
Qionghai Dai, Tsinghua University, China
Sylvain Gigan, Sorbonne University, France
Ayodogan Ozcan, University of California,Los Angeles,USA
Yong Keun Park, Korea Advanced Institute of Science and Technology, Korea
Zeev Zalevsky, Bar-Ilan University, Israel
Guoan Zheng, University of Connecticut, USA
General Chairs:
Songlin Zhuang, University of Shanghai for Science and Technology, China
Jianyu Wang, Shanghai Institute of Technical Physics, Chinese Academy of Sciences, China
David Brady, University of Arizona, USA
Executive Chairs:
Dayong Jin, University of Technology Sydney
Xiaopeng Shao, Xi Dian University
Liangcai Cao, Tsinghua University
Program Committee：
Chair：
Baohua Jia,Royal Melbourne Institute of Technology
Organizing Committee：
Chairs:
Xun Cao, Nanjing University
Bin Xue,Tianjin University
Yi Yang, LUSTER LightTech Co., Ltd.
SonglinYu, The 11th Institute of China Electronics Technology Group Corporation（CETC）
Chao Zuo, Nanjing University of Science Technology


Computational imaging is the research frontier and hot spot in the photoelectric field at home and abroad in recent years. It has a wide application demand and development potential in the fields of vehicle autonomous driving, industrial production and testing, life science and medical care and other fields. In order to strengthen academic exchanges, broaden the research horizon, promote the development of related disciplines and industries, enhance the influence of computing imaging technology research in the world, “the Chinese Society for Optical Engineering, in collaboration with relevant domestic and international units with advantages in the field of computational imaging, will jointly organize the "3rd International Conference on Computational Imaging (CITA2023)", inviting experts in the field of computational imaging at home and abroad to discuss in-depth research progress, technical bottlenecks and development trend.” CITA is committed to developing into the largest, highest-level and most comprehensive international academic event in the field of computing and imaging. We sincerely welcome researchers and industry personnel in relevant fields at home and abroad to contribute and attend the conference.


Topics: 
Topic 1: Basic theory of computational imaging
Topic 2: Scattering imaging and non-horizon imaging
Topic 3: 3Dimaging
Topic 4: Polarimetry and polarization imaging
Topic 5: Holography and phase imaging
Topic 6: Multi-band imaging and computational spectral imaging
Topic 7: Single-pixel imaging and single-photon imaging
Topic 8: Micro-nano optics and computational imaging
Topic 9: Biomedical and Computational Imaging
Topic 10: Artificial Intelligence and Computational Imaging
Topic 11: Frontier issues in computational imaging


2023 IBMD Research Week - Innovations in Biomedical Technology



Conference Schedule（update）
 1st June · pm: College Visits and Exchanges（The University of Sydney、University of Technology Sydney、The University of New South Wales、University of Wollongong、Macquarie University、Royal Melbourne Institute of Technology，etc)
 2nd June · am: Registration+Opening ceremony+Plenary speech
 2nd June · pm - 3rd June: Invited talks of the sub-topics

 2023 IBMD Research Week - Innovations in Biomedical Technology（separate registration required）