LaTeX templates — Two-column

This is a sample file for ACM SIG conference proceedings (except SIGPLAN), using acmart.cls v2.19 (2026/07/02). It is provided by the ACM as a template for submissions, and pre-loaded in Overleaf (formerly writeLaTeX) for ease of editing online. Please see the ACM Submission Guidelines page for more details on manuscript preparation. Note: Most proceedings authors will use this "sigconf" proceedings template. If you are unsure which template variant to use, please request clarification from your event or publication contact. As of March 2017, this format (sigconf) should also be used for SIGGRAPH conferences; and as of May 2020 this format (sigconf) should also be used for SIGCHI conferences. Important information regarding submission versions for review: After finalizing the formatting of your paper you must use the option “manuscript” with \documentclass[manuscript]{acmart} command. This will generate the output in single column review format which is required. Accepted manuscripts will be transformed during production to produce properly formatted output accord to the publication specifications. Authors will be provided the opportunity to review and approve the formatted output before the article is published to the ACM Digital Library.

This is a sample file for ACM large trim, 2-column journals, specifically showing an example of a paper for ACM Transactions on Graphics, using acmart.cls v2.19 (2026/07/02). It is provided by the ACM as a template for submissions, and pre-loaded in Overleaf (formerly writeLaTeX) for ease of editing online. Please see the ACM Submission Guidelines page for more details on manuscript preparation. This large double column format is used for submissions to ACM Transactions on Graphics (TOG). Once your article is complete, you can use 'Submit to ACM' button at the top of the Overleaf editor bar to quickly download your paper files and go straight to the appropriate ACM submission site. Important information regarding submission versions for review: After finalizing the formatting of your paper you must use the option “manuscript” with \documentclass[manuscript]{acmart} command. This will generate the output in single column review format which is required. Accepted manuscripts will be transformed during production to produce properly formatted output accord to the publication specifications. Authors will be provided the opportunity to review and approve the formatted output before the article is published to the ACM Digital Library.

This is a sample file for ACM SIGPLAN conference proceedings, using acmart.cls v2.19 (2026/07/02). It is provided by the ACM as a template for submissions, and pre-loaded in Overleaf (formerly writeLaTeX) for ease of editing online. Please see the ACM Submission Guidelines page for more details on manuscript preparation. Note: Most proceedings authors will use the "sigconf" proceedings template. If you are unsure which template variant to use, please request clarification from your event or publication contact. Important information regarding submission versions for review: After finalizing the formatting of your paper you must use the option “manuscript” with \documentclass[manuscript]{acmart} command. This will generate the output in single column review format which is required. Accepted manuscripts will be transformed during production to produce properly formatted output accord to the publication specifications. Authors will be provided the opportunity to review and approve the formatted output before the article is published to the ACM Digital Library.

Official LaTeX template for Volcanica article submissions. Suitable for Research, Review, Methods, and Report article types.

Modelo de escrita de artigo científico para o INCITEL - Congresso de Iniciação Científica do Inatel.

首都大学東京システムデザイン学部情報通信システムコース卒論用テンプレート Faculty of Tokyo System Design, Tokyo Metropolitan University Information and Communication System Course Graduation Template

Se determinan las variables relacionadas con las operaciones de transferencia de calor en flujos laminares de forma experimental para un sistema agua/aceite en régimen estacionario. Estas variables son la tasa de transferencia de calor, diferencia logarítmica de temperatura media, el coeficiente global de transferencia de calor, los coeficientes de película dentro y fuera de los tubos, viendo el efecto de la velocidad del fluido en estas variables. Además se compara el perfil de temperatura de la disposición en contra-corriente, con la disposición en co-corriente. Al final se busca establecer la relación entre los números de Nusselt y Graetz en tuberías de sección circular.

2017年度人工知能学会全国大会（JSAI2017）の原稿テンプレートです。 公式のスタイルファイルをダウンロードし、文字コードをUTF-8に変換して、overleafで執筆できるようにしたものです。 下記URLの原稿執筆案内を参照し、各自の責任でお使いください。 https://www.ai-gakkai.or.jp/jsai2017/author-guideline

In this paper I demonstrate a novel design for an optoelectronic State Machine which replaces input/output forming logic found in conventional state machines with BDD based optical logic while still using solid state memory in the form of flip-flops in order to store states. This type of logic makes use of waveguides and ring resonators to create binary switches. These switches in turn can be used to create combinational logic which can be used as input/output forming logic for a state machine. Replacing conventional combinational logic with BDD based optical logic allows for a faster range of state machines that can certainly outperform conventional state machines as propagation delays within the logic described are in the order of picoseconds as opposed to nanoseconds in digital logic.